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http://iit-jee-physics.blogspot.in/search/label/study%20plan
Study Tips for PhysicsI found these tips in the site given below. Many of them make good sense
Study Tips for Introductory Physics StudentsCompiled and edited by Dan Styer, Oberlin College Physics Department;http://www.oberlin.edu/physics/dstyer/StudyTips.html;last updated 21 May 1997.
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This World Wide Web page gives tips that Oberlin College Physics faculty have found usefulfor their students, particularly for students in introductory physics courses. If you havesuggestions, please inform the compiler.
Following these tips and suggestions will take more time and effort than does a casualreading of the text, but they will pay off in a savings of time when you do the problems, in a
better understanding of physics, and in increased confidence on exams.
General tipsKeep up with the course. Once you fall behind it is very difficult to catch up. If you ignorethis advice and do fall behind (it happens to the best of us sometimes), and if you cannotmanufacture the time to do a thorough job of catching up, then skim the passed-over coursematerial for its most important points and move on to a thorough study of the currentcourse material. Attempting a thorough study of last week's material usually results in beingone week behind for the entire semester.Do the reading before attending the lectures. This way way you won't need to take notes oneverything the lecturer says, because you will already understand some of the material and
you will know that some of it is treated well in your textbook. If you follow this advice, thenyou can use the lecture for what lecture is good at: asking questions, following thedemonstrations, discovering how this week's material fits into the overall structure of thecourse, and gaining a conceptual understanding of the material under study. At the sametime you can use the text for what text is good at: presenting derivations and sampleproblems, and getting the details right.Devote a little time to studying physics each day, rather than a large amount of time once a
week: this allows the material to sink in.Make some friends in the course and work through the material in small groups. Use thesegroups for discussion, problem suggestions, and companionship. Throw ideas into the
group's "pot" as well as drawing ideas from it. Do not use your study group as a crutch.Attend the course's conference sessions to learn informal techniques that are not well-taught through the lecture method.Do not memorize. In almost all cases, the temptation to memorize indicates a simple a lackof understanding. In the words of Charles Misner: "The equation F = ma is easy tomemorize, hard to use, and even more difficult to understand."Tips regarding readingRead aggressively. The amount of reading assigned in a physics course will be far less thanthe amount of reading assigned in a literature or a sociology course, but the reading is much
http://iit-jee-physics.blogspot.in/search/label/study%20planhttp://iit-jee-physics.blogspot.in/search/label/study%20planhttp://iit-jee-physics.blogspot.in/2007/05/study-tips-for-physics.htmlhttp://iit-jee-physics.blogspot.in/2007/05/study-tips-for-physics.htmlhttp://www.oberlin.edu/physics/dstyer/StudyTips.htmlhttp://www.oberlin.edu/physics/dstyer/StudyTips.htmlhttp://www.oberlin.edu/physics/dstyer/StudyTips.htmlhttp://iit-jee-physics.blogspot.in/2007/05/study-tips-for-physics.htmlhttp://iit-jee-physics.blogspot.in/search/label/study%20plan -
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denser and your teacher expects you to read it thoroughly, thoughtfully, and critically. Readwith pencil and paper in hand, and follow the algebra yourself. Keep a list of questions andof points that you don't understand.Take notes in your book. Mark the most important points and record why they areimportant. The act of deciding what is important is the first step in turning reading frompassive page-turning into active, aggressive--and rewarding--penetration. (Some studentstake notes by highlighting with a yellow marker. This is all right, but don't fall into the trapof highlighting everything in your book!)Examine the sample problems carefully.If the reading is too dense, try skimming it once to get an overview of what's going on, thencoming back and reading in detail the second time.The active, aggressive reading advocated here is very time-consuming. Reserve it for themost important parts of your textbook. You might be able to get your teacher to list for youthe most important sections, or you might have to decide for yourself.Tips regarding lecturesListen aggressively. What you get out of lecture is proportional to what you put into it. If youfollow the lecture, think about the material, ask questions, and care about what's going on,
then lecture will be an active, productive learning experience for you. If you sit slumped inyour seat, then lecture will give you a backache and little more.Come to lecture armed with questions for your teacher, developed from doing your reading.Some students are used to rewriting their lecture notes or taping lectures and then listeningto them twice. We discourage such practices, not because they are useless, but because theyare less profitable than other practices advocated here. (In particular, taping a lecture doesnot record the all-important blackboard display.)On the other hand, many students do find it useful to review each lecture by making asimple list of the most important topics, and also a different list of the puzzling aspects thatneed clarification. This review can be done through your notes or in your memory or with
your study group, but it is best done soon after the lecture.Tips regarding problems
Do the reading and listen to the lectures before attempting the problems.Do not put off the problems until the night before they are due. In particular, take a stab atthe problems before conference sessions, so that you can ask well-formulated questionsthere.Read the problem carefully to make sure you understand what is being asked.Do not rush into solving a problem. Instead, first formulate a strategy for solving theproblem. Usually this is as simple as classifying the problem according to its method ofsolution. Is it a "constant acceleration" problem? A "work-energy" problem? A "Gauss's law"problem?If you find yourself writing pages of words or working reams of algebra, then you are off onthe wrong track. Stop, reread the problem, think, reformulate your strategy, and then startover again from the beginning.
Think of the problems as mystery stories. How would Sherlock Holmes approach thisproblem?Don't search through your book for "the right equation". You will not be able to solve yourproblem by finding an appropriate equation and then plugging numbers into it. No self-respecting college-level teacher would assign such a problem.If the final answer called for in the question is a number, then you will ultimately have toplug numbers into an equation. But even in such cases it is almost always easier and lesserror-prone to keep the quantities as symbols until the very end. (For one thing, it is easier
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to do algebra with the symbol "m" than with the value "2.59 kg".)Sometimes the problem statement will give you more information than is needed to answerthe question. Sometimes it will give you less information than is needed, and ask you not foran answer but for a list of the unknown information required to find an answer. Sometimesthe problem will be a short narrative from which you need to extract relevant information.Students often find such problems exasperating, but in fact they develop an importantproblem-solving skill called building a mathematical model. Problems that arise in the
world outside of your textbook usually come with more or less data present than needed tosolve the problem. The ability to recognize which data are needed and which are irrelevantis an important practical skill.Review your problem solutions when they are returned (or when model solutions arehanded out). Why did you make the mistakes you did? How could you have avoided them?This review should be quick (after all, you have new material piling up) but five or tenminutes spent in this review can save hours by preventing similar mistakes in the future.More suggestions are available in the page Solving Problems in Physics.Tips regarding lab workSkim the lab instructions before coming to lab. You won't be able to understand things fully
without the equipment in front of you, but you'll get a general overview that will serve youwell and ultimately save you time.Don't be afraid to fiddle with lab equipment unless you have been specifically warned awayfrom it. Many students are reluctant to play with electrical equipment because they're afraidof being shocked. Unless you are told otherwise, the stuff used in lab won't hurt you.Tips regarding examsKeep up with the course. Don't cram at the last minute.Get a good night's sleep. Even if you ignored the advice above and have to cram, limitcramming in favor of sleep.Prepare a one-page summary of the material being examined.Don't memorize. Your teacher expects you to work with ideas and solve problems, not plugnumbers into equations.
Bring to the exam a calculator (fully charged) and several pens or pencils (sharpened).As you read an exam problem, place a check mark beside the given data and underline theunknown quantity to be found. This will help you prepare a strategy and help you avoidanswering a question that is similar to but different from the one that is asked.Make a sketch or graph to familiarize yourself with the situation. Make sure you understandthe problem before plunging in.
WeaknessesIf you need help with mathematical background, consult either Arthur Beiser, EssentialMath for the Sciences (McGraw-Hill, New York, 1969) or Daniel Kleppner and NormanRamsey, Quick Calculus (Wiley, New York, 1985).Guard against the two most common failings: reliance on memorization and on "plug andchug" problem technique.
These pages from the same source are also interesting.http://www.oberlin.edu/physics/dstyer/WhyHowProblems.htmlhttp://www.oberlin.edu/physics/dstyer/SolvingProblems.html
http://www.oberlin.edu/physics/dstyer/SolvingProblems.htmlhttp://www.oberlin.edu/physics/dstyer/SolvingProblems.htmlhttp://www.oberlin.edu/physics/dstyer/SolvingProblems.html -
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Learning PHYSICS for IIT
JEECOMPANION SITES: www.iit-jee-chemistry.blogspot.com, www.iit-jee-maths.blogspot.com. A google search facility is available at thebottom of the page for searching any topic on these sites.
H C Verma study-guide-chapter.
Study guide H C Verma JEE Physics Ch. 1INTRODUCTION TO PHYSICSH C Verma Book Sections
1.1 What is Physics
1.2 Physics and Mathematics
1.3 Units
1.4 Definitions of base units
1.5 Dimension
1.6 Uses of dimension
1.7 Order of magnitude
1.8 The structure of world
Study Plan
Study plan basically consists of 10 days of study and problems solving. Additional 10 days is
for revision and for solving some more problems from the book, if you could not complete
them during the first 10 days. Each day spend at least one hour for this subject for the main
chapter and may be 15 minutes to 30 minutes for revising the earlier chapter. Thus you have
to allot at least three hours and forty five minutes every day for your self study. It will be
good when you are able to combine your self study with the lecture that is going in the
school and coaching class. That way you will be able to complete self study in lesser time
and get the benefit of reinforcement.
Day 1
Study
1.1 What is Physics
1.2 Physics and Mathematics
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1.3 Units
1.4 Definitions of base units
1.5 Dimension
Do example 1.1
Do worked out examples 1 and 2
Day 2
Study
1.6 Uses of dimension
Do example 1.2
Do worked out examples 3,4,5,6
Day 3
Study
1.7 Order of magnitude
1.8 The structure of world
Do worked out examples 7 to 10
Day 4
Revise the chapter
Answer Objective I and II
Day 5
Solve Exercises 1 to 5
Day 6
Solve Exercises 6 to 10
Day 7
Solve Exercises 11 to 15
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Day 8
Solve Exercises 16 to 19
Day 9 to 20
Keep revising principles, and have a look at difficult problems. If you come across any othertext book, answer problems in that textbook on these topics.
By the end of these 20 days, you must be very thorough with this chapter. You are ready to
write examination on this chapter at any time from today.
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Study guide H C Verma JEE Physics Ch. 2 PHYSICS ANDMATHEMATICSHCV Chapter Sections
2.1 Vectors and scalars
2.2 Equality of vectors
2.3 Addition of vectors
2.4 Multiplication of a vector by a number
2.5 Subtraction of vectors
2.6 Resolution of vectors2.7 DCT product or scalar product of two vectors
2.8 Cross product or vector product of two vectors
2.9 Differential calculus: dy/dx as rate measure
2.10 Maxima and Minima
2.11 Integral calculus
2.12 Significant digits
2.13 Significant digits in calculations
2.14 Errors in measurements
Study Plan
Day 1
2.1 Vectors and scalars
2.2 Equality of vectors
2.3 Addition of vectors
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Example 2.1
2.4 Multiplication of a vector by a number
2.5 Subtraction of vectors
Example 2.2
Day 2
2.6 Resolution of vectors
Example 2.3
2.7 DOT product or scalar product of two vectors
Example 2.4
Worked out examples 1 to 4
Day 3
2.8 Cross product or vector product of two vectors
Example 2.5
Worked out example 5 to 10.
Day 4
2.9 Differential calculus: dy/dx as rate measureEx. 2.6, 2.7
2.10 Maxima and Minima
Ex.2.8
Day 5
2.11 Integral calculus
Ex. 2.9
Worked out examples 11 to 13
Day 6
2.12 Significant digits
2.13 Significant digits in calculations
Ex. 2.10 to 2.12
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Worked out examples 14 to 17
Day 7
2.14 Errors in measurements
Ex. 2.13
Worked example 18
Exercise Problems: 1 to 4
Day 8
Objective I
Exercise Problems 5 to 8
Day 9Objective II
Exercise Problems 9 to 12
Day 10
Exercise Problems 13 to 20
Day 11 Your are entering into revision 10 days
Exercise problems 21,22
Day 12
Exercise problems 23,24
Day 13
Exercise problems 25,26
Day 14
Exercise problems 27,28
Day 15
Exercise problems 29,30
Day 16
Exercise problems 31,32
Day 17
Exercise problems 33,34
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Day 18
Exercise problems 35
Day 19
Attempt Questions for short answer 1 to 7
Day 20
Exercise problems
Attempt Questions for short answer 8 to 14
Web siteslecture notes - Vectors
http://plasma4.sr.unh.edu/ng/phys407/phys407-6-16-05.pdf
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Study guide H C Verma JEE Physics Ch. 3 REST AND
MOTION - KINEMATICSInertial and uniformly accelerated frames of reference;-----------
HCV Chapter Sections
3.1 Rest and Motion
3.2 Distance and displacement
3.3 average speed and instantaneous speed
3.4 Average velocity and instantaneous velocity
3.5 Average accleration and instantaneous aceleration
3.6 Motion in a straight line
3.7 Motion in a plane
3.8 Projectile motion
3.9 Change of frame
-------
Study Plan
http://plasma4.sr.unh.edu/ng/phys407/phys407-6-16-05.pdfhttp://www.blogger.com/profile/05748254811752425330http://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-2.htmlhttp://www.blogger.com/comment.g?blogID=3795558062029585416&postID=4667217547276659618http://www.blogger.com/share-post.g?blogID=3795558062029585416&postID=4667217547276659618&target=emailhttp://www.blogger.com/share-post.g?blogID=3795558062029585416&postID=4667217547276659618&target=twitterhttp://iit-jee-physics.blogspot.in/search/label/H%20C%20Verma%20study-guide-chapterhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-3.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-3.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-3.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-3.htmlhttp://iit-jee-physics.blogspot.in/search/label/H%20C%20Verma%20study-guide-chapterhttp://www.blogger.com/share-post.g?blogID=3795558062029585416&postID=4667217547276659618&target=twitterhttp://www.blogger.com/share-post.g?blogID=3795558062029585416&postID=4667217547276659618&target=twitterhttp://www.blogger.com/share-post.g?blogID=3795558062029585416&postID=4667217547276659618&target=emailhttp://www.blogger.com/share-post.g?blogID=3795558062029585416&postID=4667217547276659618&target=emailhttp://www.blogger.com/comment.g?blogID=3795558062029585416&postID=4667217547276659618http://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-2.htmlhttp://www.blogger.com/profile/05748254811752425330http://plasma4.sr.unh.edu/ng/phys407/phys407-6-16-05.pdf -
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Day 1
3.1 Rest and Motion
3.2 Distance and displacement
Ex. 3.1
3.3 average speed and instantaneous speedEx. 3.2,3.3
Worked out example 1
Points to Note in the session
http://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-for-iit-jee-2011.html
Day 2
4. Average velocity and instantaneous velocity
Ex. 3.4Worked out example 2
3.5 Average accleration and instantaneous aceleration
Exercises: 1 to 5
Points to Note in the session
http://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-for-iit-jee-ch3.html
Day 3
3.6 Motion in a straight line
Ex. 3.5.3.6, 3.7
WOE 3 to 6
Points to Note in the session
http://iit-jee-physics.blogspot.com/2009/05/iit-jee-physics-study-diary-ch3-rest.html
Day 4
3.7 Motion in a plane
Ex. 3.8
3.8 Projectile motion
Ex. 3.9
WOE 11,12, 14
Day 5
http://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-for-iit-jee-2011.htmlhttp://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-for-iit-jee-ch3.htmlhttp://iit-jee-physics.blogspot.com/2009/05/iit-jee-physics-study-diary-ch3-rest.htmlhttp://iit-jee-physics.blogspot.com/2009/05/iit-jee-physics-study-diary-ch3-rest.htmlhttp://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-for-iit-jee-ch3.htmlhttp://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-for-iit-jee-2011.html -
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Day 15
Concept review
http://iit-jee-physics.blogspot.com/2008/05/concept-review-chapter-3-rest-and.html
Day 16
Formula review
http://iit-jee-physics.blogspot.com/2008/02/iit-jee-physics-formula-revision-3-rest.html
Day 17 to 20
Test paper problems 10 per day can be solved.
Audio visual lectures
http://www.curriki.org/nroc/Introductory_Physics_1/lesson01/Container.html
Motion in two dimensions (plane)
http://www.curriki.org/nroc/Introductory_Physics_1/lesson02/Container.html
Study guide H C Verma JEE Physics Ch.4 THE FORCES
One has to read the chapter fully. Study all solved examples and solve exercise problems.
The points may be used as revision points later.
------------------------------
No topic in JEE syllabus. But study of the chapter is necessary as there are full chapters on
each of these topics later on and this introduction is essential to understand the in depth
chapters.
-----------------
Sections
4.1 Introduction
http://iit-jee-physics.blogspot.com/2008/05/concept-review-chapter-3-rest-and.htmlhttp://iit-jee-physics.blogspot.com/2008/02/iit-jee-physics-formula-revision-3-rest.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson01/Container.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson02/Container.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch_23.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch_23.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson02/Container.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson01/Container.htmlhttp://iit-jee-physics.blogspot.com/2008/02/iit-jee-physics-formula-revision-3-rest.htmlhttp://iit-jee-physics.blogspot.com/2008/05/concept-review-chapter-3-rest-and.html -
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4.2 Gravitational forces
4.3 Electromagnetic (EM) forces
4.4 Nuclear Forces
4.5 Weak forces
4.6 Scope of Classical physics
---------
Study Plan
Day 1
4.1 Introduction
4.2 Gravitational forces
Session important points
http://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-ch-4-forces-day-1.html
Day 2
4.3 Electromagnetic (EM) forces
Ex. 4.1
Session - important points
http://iit-jee-physics.blogspot.com/2009/05/iit-jee-physics-study-diary-ch3-forces.html
Day 3
4.4 Nuclear Forces
4.5 Weak forces
4.6 Scope of Classical physics
Session important points
http://iit-jee-physics.blogspot.com/2009/05/iit-jee-2011-physics-study-diary-ch4.html
Day 4
Worked out examples 1 to 3
Exercises 1 to 7
Day 5
Exercises 8 top 12
http://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-ch-4-forces-day-1.htmlhttp://iit-jee-physics.blogspot.com/2009/05/iit-jee-physics-study-diary-ch3-forces.htmlhttp://iit-jee-physics.blogspot.com/2009/05/iit-jee-2011-physics-study-diary-ch4.htmlhttp://iit-jee-physics.blogspot.com/2009/05/iit-jee-2011-physics-study-diary-ch4.htmlhttp://iit-jee-physics.blogspot.com/2009/05/iit-jee-physics-study-diary-ch3-forces.htmlhttp://iit-jee-physics.blogspot.com/2009/05/physics-study-diary-ch-4-forces-day-1.html -
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Objective I and II
Day 6
Questions for short answer 1 to 10
Concept Review
Formula Review
Day 7 to 20
Revision of all the four chapters completed so far.
Don't waste the time available. Always use the time to revision the concepts, formulas,
difficult problems and to do test paper questions. You have to sqeeze the time every day and
use it in a focused way.
Master each chapter as early as possible. That will give the energy to study one more
chapter. Always feel happy after you do the planned work for a day. That will relax you. Thefeeling of happiness after you complete the day's task will relax you and make you feel
energetic to eat and sleep and if some time is there to see the TV or read a paper or talk to
your parents. It is important to focus, put in the required effort and then feel happy and
relax every day.
Study guide H C Verma JEE Physics Ch. 5 NEWTON'SLAWS OF MOTIONNewtons laws of motion;
--------------
Main Sections
5.1 Newton's First law
5.2 Newton's second law
5.3 Working with Newton's laws
5.4 Newton's third law of motion
5.5 Pseudo forces
5.6 The Horse and the cart
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5.7 Inertia
---------------------
Subsections under each main section
5.1 First law of motionInertial frames other than earth
5.2 Newton's second law
5.3 Working with Newton's laws
5.4 Newton's third law of motion
5.5 Pseudo forces
5.6 The Horse and the cart
5.7 Inertia
------------
Study Plan
Day 1
5.1 First law of motion
Example 5.1
W.O.E. 1 and 2
http://iit-jee-physics.blogspot.com/2008/08/newtons-laws-of-motion-study-plan.html
Day 2
5.2 Newton's second law
5.3 Working with Newton's laws
W.O.E. 3 and 4
Points to be noted
http://iit-jee-physics.blogspot.com/2008/09/newtons-laws-of-motion-study-plan.html
Day 3
5.4 Newton's third law of motion
W.O.E. 5,6
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Day 4
5.5 Pseudo forces
W.O.E. 7,8
Day 5
5.6 The Horse and the cart
5.7 Inertia
W.O.E. 9,10,11
Day 6
Objective I
Day 7
Objective II
Day 8
Exercises 1 to 5
Day 9
Exercises 6 to 10
Day 10
Exercises 11 to 15
Day 11
Exercises 16 to 18
Day 12
Exercises 19 to 21
Day 13
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Exercises 22 to 24
Day 14
Exercises 25 to 27
Day 15
Exercises 28 to 30
Day 16
Exercises 31 to 33
Day 17
Exercises 34 to 36
Day 18
Exercises 37 to 39
Day 19
Exercises 40 to 42
Day 20
Attempt Questions for short Answer 1 to 17
Audiovisual lecture
Newton's first law
http://www.curriki.org/nroc/Introductory_Physics_1/lesson03/Container.html
Newton's second law
http://www.curriki.org/nroc/Introductory_Physics_1/lesson04/Container.html
Newton's thrid law
http://www.curriki.org/nroc/Introductory_Physics_1/lesson05/Container.html
Newton's laws - applications
http://www.curriki.org/nroc/Introductory_Physics_1/lesson03/Container.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson04/Container.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson05/Container.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson05/Container.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson04/Container.htmlhttp://www.curriki.org/nroc/Introductory_Physics_1/lesson03/Container.html -
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http://www.curriki.org/nroc/Introductory_Physics_1/lesson06/Container.html
Websites
plasma4.sr.unh.edu/ng/phys407/phys407-6-23-05.pdf
-----------------
Study guide H C Verma JEE Physics Ch. 6 FRICTIONJEE Syllabus
Static and dynamic friction;
----
Sections of the chapter
6.1 Friction as the component of contact force6.2 Kinetic friction
6.3 Static friction
6.4 Laws of friction
6.5 Understandng friction at atomic level
6.6 A Laboratory method to measure friction coefficient
--------
Study Plan
Day 1
6.1 Friction as the component of contact force
Example 6.1
6.2 Kinetic friction
Example 6.2
Day 2
6.3 Static friction
Ex. 6.3
W.O.E. 1,2,3,4
Day 3
6.4 Laws of friction
W.O.E. 5 to 8
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Day 4
6.5 Understandng friction at atomic level
6.6 A Laboratory method to measure friction coefficient
Ex. 6.4
W.O.E. 9,10
Day 5
Objective I
Day 6
Objective II
Day 7
Exercises 1 to 5
Day 8
Exercises 6 to 10
Day 9
Exercises 11 to 15
Day 10
Exercises 16 to 20
Revision Period
Day 11
Exercises 21 to 23
Day 12
Exercises 24 to 27
Day 13
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Exercises 28 to 30
Day 14
Exercises 31,
Day 15
Questions for Short Answer: 1 to 11
-----------web sites
lecture notes
http://plasma4.sr.unh.edu/ng/phys407/phys407-6-27-05.pdf
----------------------------------------
Study guide H C Verma JEE Physics Ch. 7 CIRCULARMOTION
Sections of the chapter
7.1 Angular variables
7.2 Unit vectors along the radius and the tangent
7.3 Acceleration in circular motion
7.4 Dynamics of circular motion
7.5 Circular turnings and banking of roads
7.6 Centrifugal force
7.7 Effect of earth's rotation on apprarent weight
------------
Study Plan
Day 1
7.1 Angular variables
http://plasma4.sr.unh.edu/ng/phys407/phys407-6-27-05.pdfhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-7.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-7.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-7.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-7.htmlhttp://plasma4.sr.unh.edu/ng/phys407/phys407-6-27-05.pdf -
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Ex. 7.1, 7.2
7.2 Unit vectors along the radius and the tangent
Day 2
7.3 Acceleration in circular motion
Ex. 7.3,7.47.4 Dynamics of circular motion
Ex. 7.5
W.O.E. 3,4,5,7
Day 3
7.5 Circular turnings and banking of roads
Ex. 7.6
W.O.E. 1 and 2
Day 4
7.6 Centrifugal force
w.O.E. 7, 8,9,10,
Day 5
7.7 Effect of earth's rotation on apprarent weight
Ex. 7.7
w.O.E. 11 to 13
Day 6
Objective I
Day 7
Objective II
Day 8
Exercises 1 to 5
Day 9
Exercises 6 to 10
Day 10
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Exercises 11 to 15
Revision period
Day 11
Exercises: 16 to 18
Day 12
Exercises: 19 to 21
Day 13
Exercises: 22 to 24
Day 14
Exercises: 25 to 27
Day 15
Exercises: 28 to 30
Day 16
Short answer questions: 1 to 10
Day 17
Try some past JEE questions
Day 18
Try some past JEE questions
Day 19
Try some past JEE questions
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Day 20
Study guide H C Verma JEE Physics Ch. 8 WORK ANDENERGY
Sections covered
1. Kinetic enery
2. Work and work energy theorem
3. Calculation of work done
4. Work energy theorem for a system of particles
5. Potential energy
6. Conservative and nonconservative forces
7. Definition of Potential energy and conservation of mechanical energy8. Change in the potential energy in a rigid body motion
9. Gravitational potential energy
10. Potential energy oif a compressed or extended spring
11. Different forms of energy: Mass energy equivalence
------
Study Plan
Day 1
1. Kinetic energy2. Work and work energy theorem
3. Calculation of work done
Day 2
Ex. 8.1 and 8.2
Worked Out Examples (WOE): 1,2,3
Day 3
4. Work energy theorem for a system of particles
5. Potential energy
6. Conservative and nonconservative forces
Day 4
WOE 4,5,6
Exercises 1,2,3
Day 5
7. Definition of Potential energy and conservation of mechanical energy
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Ex. 8.3
8. Change in the potential energy in a rigid body motion
9. Gravitational potential energy
Ex. 8.5
Day 6WOE: 6,7,8
Exercises 4,5,6
Day 7
10. Potential energy of a compressed or extended spring
Ex. 8.6, 8.7,
11. Different forms of energy: Mass energy equivalence
WOE: 7 to 10
Day 8
WOE 11 to 14
Exercises: 7 to 10
Day 9
Exercises: 11 to 20
Day 10
Exercises: 21 to 30
Revision Period
Day 11
Exercises: 31 to 35
Day 12
Exercises: 36 to 40
Day 13
Exercises: 41 to 45
Day 14
Exercises: 46 to 50
Day 15
Exercises: 51 to 55
Day 16
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Exercises: 56 to 60
Day 17
Exercises: 61 to 64
Day 18Objective I
Day 19
Objective II
Day 20
Questions for Short Answer 1 to 17
Study guide H C Verma JEE Physics Ch. 9 CENTRE OFMASS, LINEAR MOMENTUM AND MASS
Sections of the chapter
1. Centre of mass
2. Centre of mass og continuous bodies
3. Motion of the Centre of mass
---------------
Study Plan
Day 1
1. Centre of mass
Ex. 9.1, 9.2
2. Centre of mass of continuous bodies
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Worked out examples (WOE): 1 to 3
Day 2
3. Motion of the Centre of mass
Ex. 9.3
4. Linear momentum and its conservation principle5. Rocket propulsion
Day 3
WOE 4,5,6,7,8
Exercises 1 to 5
Day 4
6. Collision
Ex. 9.47. Elastic collision in one dimension
WOE 9 to 12
Day 5
8. Perfectly inelastic collision in one dimension
Ex. 9.5
9. Coefficient of restitution
10. Elastic collision in two dimensions
11. Impulse and impulsive force
WOE 13 to 14
Day 6
Objective I 1ot 19
Day 7
Objective II 1 to 11
Day 8
WOE 15 to 20
Exercises 6 to 10
Day 9
WOE 21 to 24
Exercises 11 to 15
Day 10
Exercises 16 to 25
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Revison Period
Day 11
Exercises 26 to 30
Day 12
Exercises 31 to 35
Day 13
Exercises 36 to 40
Day 14
Exercises 41 to 45
Day 15
Exercises 46 to 50
Day 16
Exercises 51 to 55
Day 17
Exercises 56 to 60
Day 18
Exercises 61 to 64
Day 19
Questions for Short Answer 1 to 12
Day 20
Questions for Short Answer 13 to 25
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Study guide H C Verma JEE Physics Ch. 10 ROTATIONAL
MECHANICSJEE syllabus
1. Rotation of a rigid body
2. Kinematics
3. Rotational dynamics
4. Torque of a force about the axis of rotation
5. = I
6. Bodies in Equilibrium
7. Bending of a Cyclist on horizontal turn8. Angular momentum
9. L = I
10. Conservation of Angular Momentum
11. Angular impulse
12. Kinetic energy of a rigid body rotating about a given axis
13. Rolling
14. Calculation of Momentum of inertia
15. Two important theorems on moment of inertia
16. Combined rotation and translation
17. Rolling18. Kinetic energy of a body in combined rotation and translation
19. Angular momentum of a body in combined rotation and translation
20. why does a rolling sphere slow down
-----------
Study Plan
Day 1
1. Rotation of a rigid body
2. Kinematics
Exmples 10.1,2 and 3
Day 2
3. Rotational dynamics
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4. Torque of a force about the axis of rotation
Ex. 10.4
Worked Out Examples: 1,2
Day 3
5. = IEx. 10.5
6. Bodies in Equilibrium
7. Bending of a Cyclist on horizontal turn
WOE: 3,4
Day 4
8. Angular momentum
9. L = I
10. Conservation of Angular Momentum
Ex. 10.6WOE: 5,6
Day 5
11. Angular impulse
12. Kinetic energy of a rigid body rotating about a given axis
Ex. 10.7
13. Rolling
WOE: 7,8
Day 614. Calculation of Momentum of inertia
WOE: 9,10
Day 7
15. Two important theorems on moment of inertia
WOE: 11,12
Day 8
16. Combined rotation and translation
17. Rolling
WOE: 13,14
Day 9
18. Kinetic energy of a body in combined rotation and translation
19. Angular momentum of a body in combined rotation and translation
20. why does a rolling sphere slow down
WOE: 15,16
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Day 10
WOE: 17 to 29
Day 11
Exercises: 1 to 5
Day 12
Exercises: 6 to 10
Day 13
Exercises: 11 to 15
Day 14
Exercises: 16 to 20
Day 15
Exercises: 21 to 25
Day 16
Exercises: 26 to 30
Day 17
Exercises: 31 to 35
Day 18
Exercises: 36 to 40
Day 19
Exercises: 41 to 45
Day 20
Exercises: 46 to 50
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Still 36 problems are there in the chapter that you have to do as a special task.
Study guide H C Verma JEE Physics Ch. 11 GRAVITATIONJEE syllabus
Sections in H C Verma
1. Historical Introduction
2. Measurement of Gravitational Constant G
3. Gravitational Potential Energy
4. Gravitational Potential
5. Calculation of Gravitational Potential
6. Gravitational Field
7. Relation between Gravitational Potential and Field
8. Calculation of Gravitational Field9.Variation in the Value of G
10.Planets and Satellites
11.Kepler's laws
12.Weightlessness in a Satellite
13. Escape Velocity
14. Gravitational Binding Energy
15. Blackholes
16. Inertial and Gravitational Mass
17. Possible Changes in the Law of Gravitation
---------
Study Plan
Day 1
1. Historical Introduction
Ex. 11.1
Day 2
2. Measurement of Gravitational Constant G
3. Gravitational Potential Energy
Ex. 11.2
4. Gravitational Potential
Day 3
5. Calculation of Gravitational Potential
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Ex. 11.3
Worked Out Examples: 1,2
Day 4
6. Gravitational Field
Ex. 11.4
7. Relation between Gravitational Potential and Field
Ex. 11.5
WOE 3,4
Day 5
8. Calculation of Gravitational Field
Ex. 11.6, and 7
WOE 5,6
Day 6
9.Variation in the Value of G
Ex. 11.8
10.Planets and Satellites
11.9
11.Kepler's laws
12.Weightlessness in a Satellite
Day 713. Escape Velocity
Ex. 11.10
14. Gravitational Binding Energy
15. Blackholes
Day 8
16. Inertial and Gravitational Mass
17. Possible Changes in the Law of Gravitation
WOE 7 to 9
Day 9
WOE 10 to 13
Exercises 1 to 5
Day 10
Exercises 6 to 15
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Day 11
Exercises 16 to 20
Day 12
Exercises 21 to 25
Day 13
Exercises 26 to 30
Day 14
Exercises 31 to 35
Day 15
Exercises 36 to 39
Day 16
Objective I
Day 17
Objectve II
Questions for Short Answer 1 to 5
Day 18
Questions for Short Answer 6 to 10
Day 19
Questions for Short Answer 11 to 15
Day 20
Questions for Short Answer 16 to 19
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Study guide H C Verma JEE Physics Ch. 12 SIMPLEHARMONIC MOTIONJEE Syllabus
Linear and angular simple harmonic motions------------------
1. Simple harmonic motion
2. Qualitative nature of simple harmonic motion
3. Equation of motion of a simple harmonic motion
4. Terms associated with simple harmonic motion
5. Simple harmonic motion as a projection of circular motion
6. Energy conservation in Simple harmonic motion
7. Angular simple harmonic motion
8. Simple pendulum
9. Physical pendulum10.Torsional pendulum
11. Composition of two Simple harmonic motions
12. Damped harmonic motion
13. Forced oscillation and resonance
----------
Study Plan
Day 1
1. Simple harmonic motion
Ex. 12.1
2. Qualitative nature of simple harmonic motion
Ex. 12.2
3. Equation of motion of a simple harmonic motion
Day 2
4. Terms associated with simple harmonic motion
Ex. 12.3, 12.4
5. Simple harmonic motion as a projection of circular motion
6. Energy conservation in Simple harmonic motion
Ex. 12.5
Worked Out Examples 1 and 2
Day 3
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7. Angular simple harmonic motion
Ex. 12.6
8. Simple pendulum
Ex. 12.7, 12.8
WOE 3,4
Day 4
9. Physical pendulum
Ex. 12.9
10.Torsional pendulum
12.10
WOE 5,6
Day 5
11. Composition of two Simple harmonic motions
Ex. 12.11WOE 7,8
Day 6
12. Damped harmonic motion
13. Forced oscillation and resonance
WOE 9,10
Day 7
WOE 11 to 15
Exercises 1 to 5
Day 8
WOE 16 to 20
Exercises 6 to 10
Day 9
WOE 21,22
Exercises 11 to 18
Day 10
Exercises 19 to 30
Revision Period - Half an hour per day
Day 11
Exercises 31 to 35
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Day 12
Exercises 36 to 40
Day 13
Exercises 41 to 45
Day 14
Exercises 46 to 50
Day 15
Exercises 51 to 55
Day 16
Exercises 56 to 58
Day 17Objective I
Day 18
Objective II
Day 19
Questions for short answer 1 to 8
Day 20
Questions for short answer 9 to 16
IIT JEE Study Guide H C Verma JEE Physics Ch. 13FLUID MECHANICSJEE Syllabus
Sections in Chapter
1. Fluids2. Pressure in a fluid
3. Pascal's law
4. Atmospheric pressure
5. Archimedes' Principle
6. Pressure difference and buoyant force in accelerating fluids
7. Flow of fluids
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8. Steady and turbulent flow
9. Irrotational flow of an incompressible and nonviscous fluid
10. Equation of continuity
11. Bernoulli's equation
12 Application of Bernoulli's equation
-----------Study Plan
Day 1
1. Fluids
2. Pressure in a fluid
3. Pascal's law
Day 2
4. Atmospheric pressure5. Archimedes' Principle
Ex. 13.2
6. Pressure difference and buoyant force in accelerating fluids
Day 3
7. Flow of fluids
8. Steady and turbulent flow
9. Irrotational flow of an incompressible and nonviscous fluid
Worked Out Examples: 1,2
Day 4
10. Equation of continuity
WOE 3 to 8
Day 5
11. Bernoulli's equation
WOE 9,10
Day 6
12 Application of Bernoulli's equation
WOE 11
Exercises 1 to 5
Day 7
Exercises 6 to 15
Day 8
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Exercises 16 to 25
Day 9
Exercises 26 to 35
Day 10Objective I and II
Revision Period 30 minutes per day
Day 11
Short answer questions 1 to 8
Day 12
Short Answer Questions 9 to 16
Day 13
Concept review
Day 14
Formula review
Day 15 to 20 Revision or problems test paper books
IIT JEE Study Guide H C Verma JEE Physics Ch. 14 SOMEMECHANICAL PROPERTIES OF MATTER
Sections in the Chapter
1. Molecular structure of the material
2. Elasticity
3. Stress
4. Strain
5. Hooke's law & Young's modulus
6. Relation between longitudinal stress and strain
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7. Elastic potential energy of a strained body
8 Determination of Young's modulus
9. Surface tension
10. Surface energy
11. Excess pressure inside a drop
12. Excess pressure in a soap bubble13. Contact angle
14. Rise of a liquid in a capillary tube
15. Viscosity
16. Flow through a narrow tube: Poiseuille's equation
17. Stokes law
18. Terminal velocity
19. Measuring coefficient of viscosity by Stokes' method
20. Critical velocity and Reynold's number
----------Study Plan
Day 1
1. Molecular structure of the material
2. Elasticity
3. Stress
Ex. 14.1
Day 24. Strain
5. Hooke's law & Young's modulus
Ex. 14.2
Worked Out Examples 1 to 3
Day 3
6. Relation between longitudinal stress and strain
7. Elastic potential energy of a strained body
Ex. 14.3
WOE 4
Exercises 1 to 5
Day 4
8 Determination of Young's modulus
9. Surface tension
Ex.14.4
10. Surface energy
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Ex. 14.5
WOE 5,6
Day 5
WOE 7 to 10
Exercises 6 to 10
Day 6
11. Excess pressure inside a drop
12. Excess pressure in a soap bubble
13. Contact angle
14. Rise of a liquid in a capillary tube
WOE 11,12
Day 715. Viscosity
16. Flow through a narrow tube: Poiseuille's equation
17. Stokes law
WOE 13,14
Day 8
18. Terminal velocity
19. Measuring coefficient of viscosity by Stokes' method
20. Critical velocity and Reynold's number
WOE 15 to 17
Day 9
Exercises 11 to 20
Day 10
Exercises: 21 to 30
Revision Period: 30 minutes
Day 11
Exercises: 31,32
Objective I: 1 to 15
Day 12
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Objective I: 16 to 29
Day 13
Objective II: 7
Day 14
Questions for Short Answer: 1 to 10
Day 15
Questions for Short Answer: 11 to 18
Day 16Concept review
Day 17
Formula review
Day 18 to 20 Revision and problems from test paper guides
Study guide H C Verma JEE Physics Ch. 15 WAVEMOTION AND WAVES ON A STRING
-----------
Sections of the chapter
15.1 Wave motion
15.2 Wave pulse on a string
15.3 Sine wave travelling on a string
15.4 Velocity of a wave on a string
15.5 Power transmitted along the string by a sine wave
15.6 Interference and the Principle of Superposition
15.7 Interference of waves going in same direction
15.8 reflection and tramission of waves
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15.9 Standing waves
15.10 Standing waves on a string fixed at both ends
15.11 analytic treatment of vibration of string fixed at both ends
15.12 Vibration of string fixed at both ends
15.13 Laws of Transverse vibrations of a string; Sonometer
15.14 Transverse and Longitudinal waves15.15 Polarisation of waves
-------------
Study Plan
Day 1
Study sections
15.1 and 15.2
Day 2
Study sections
15.3 and 15.4
Study sections
15.5 and 15.6
Day 3
Study sections15.5 and 15.6
Do worked out examples 1,2,3
Day 4
Study sections
15.7 Interference of waves going the same direction
and
15.8 Reflection and transmission of waves
Read example 15.5
Study worked out examples 4 and 5
Day 5
Study sections
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15.9 and 15.10
Day 6
Study sections
15.11 and 15.1215,11 Analytical treatment of vibration of a string fixed at both end.
15.12 Vibration of a string fixed at one end
Study worked out examples 6 and 7
Day 7
Study 15.13 and 15.14
15.13 Laws of Transverse Vibrations of a string: Sonometer15.14 Transverse and Longitudinal waves
Study example 15.8
Study worked out examples 7,8,9
Do exercise problems 1,2,3
Day 8
Study 15.15 Polarization of waves
Study worked out examples 10
Do exercise problems 4 to 10
Day 9
Do exercise problems 11 to 20
Day 10
Do exercise problems 21 to 30
Day 11
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Do exercise problems 31 - 35
Day 12
Do exercise problems 36 - 40
Day 13
Do exercise problems 41 - 45
Day 14
Do exercise problems 46 - 50
Day 15
Do exercise problems 51 - 55
Day 16
Do exercise problems 56 - 57
Day 17
Objective I 1 to 12
Day 18
Objective I 13 to 22
Day 19
Objective II
Day 20
Questions for short answer 1 to 8
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Study guide H C Verma JEE Physics Ch. 16 SOUNDWAVES
Sections of the chapter
1 The nature and propagation of sound waves2. Displacement wave and pressure wave
3. Speed of a sound wave in a material medium
4. Speed of sound in a gas
5. Effect of pressure, temperature and humidity on the speed of sound in air
6. Intensity of sound waves
7. Appearance of sound to human ear
8. Interference of sound waves
9. Standing longitudinal waves and vibrations of air columns
10. Determination of speed of sound in air
11. Beats12. Diffraction
13 Doppler effect
14. Sonic booms
15. Musical scale
16. Accoustics of buildings
--------------
Study Plan
Day 1
1 The nature and propagation of sound waves
Ex. 16.1
2. Displacement wave and pressure wave
Ex. 16.2
Worked out examples 1, 2
Day 2
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3. Speed of a sound wave in a material medium
4. Speed of sound in a gas
5. Effect of pressure, temperature and humidity on the speed of sound in air
Day 36. Intensity of sound waves
7. Appearance of sound to human ear
WOE 3 to 5
Day 4
8. Interference of sound waves
9. Standing longitudinal waves and vibrations of air columns
Day 5
10. Determination of speed of sound in air11. Beats
Day 6
12. Diffraction
13 Doppler effect
14. Sonic booms
Day 7
15. Musical scale
16. Accoustics of buildings
Day 8
WOE 6 to 15
Day 9
WOE 16 to 23
Day 10
Exercises 1 to 10
Day 11
Exercises 11 to 16
Day 12
Exercises 17 to 22
Day 13
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Exercises 23 to 28
Day 14
Exercises 29 to 34
Day 15Exercises 35 to 40
Day 16
Exercises 41 to 46
Day 17
Exercises 47 to 52
Day 18
Exercises 53 to 58
Day 19
Exercises 59 to 64
Day 20
Exercises 65 to 72
special task 73 to 89
Objective I and II
Questions for short answer
-------------
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Study guide H C Verma JEE Physics Ch. 17 LIGHTWAVES
----------1. Waves or Particles
2. The nature of light waves
3. Huygen's principles
4. Young's double hole experiment
5. Young's double slit experiment
6. Optical path
7. Interference from thin films
Fresnel's Biprism
9. coherent and incoherent sources
10. Diffreaction of light11. Fraunhofer Diffraction by a single slit
12.Fraunhofer Diffraction by a circular aperture
13.Fresnel diffraction at a straight edge
14.Limit of resolution
15.scattering of light
16. Polarization of light
-----------
Study Plan
Day 1
1. Waves or Particles
2. The nature of light waves
Day 2
3. Huygen's principles
Worked out examples 1,2
Day 3
4. Young's double hole experiment
5. Young's double slit experiment
Day 4
6. Optical path
7. Interference from thin films
8. Fresnel's Biprism
9. coherent and incoherent sources
Day 5
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WOE 3 to 7
Exerciese 1 to 5
Day 6
10. Diffraction of light
11. Fraunhofer Diffraction by a single slit12.Fraunhofer Diffraction by a circular aperture
Day 7
13.Fresnel diffraction at a straight edge
14.Limit of resolution
15.scattering of light
Day 8
WoE 8 to 11
Exercises 6 to 10
Day 9
16. Polarization of light
Exercises 11 to 15
Day 10
Exercises 16 to 25
Day 11
Exercises 26 to 30
Day 12
Exercises 31 to 35
Day 13
Exercises 36 to 41
Day 14
Objective I 1 to 17
Day 15
Objective II 1 to 10
Day 16
Questions for short answer 1 to 11
Day 17
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Concept review
Day 18
Formula review
Day 19, 20Additional test paper problems
Study guide H C Verma JEE Physics Ch. 18GEOMETRICAL OPTICS
18.1 reflection at smooth surfaces
18.2 Spherical mirrors18.3 Relation between u,v and R for spherical mirrors
18.4 extended objects and magnification
18.5 Refraction at plane surfaces
18.6 Critical angle
18.7 Optical fibre
18.8 Prism
18.9 Refraction at spherical surfaces
18.10 extended objects - laterial magnification
18.11 Refraction through thin lenses
18.12 Lens maker's formula and lens formula18.13 Extended objects: Lateral magninification
18.14 Power of a lens
18.15 thin lenses in contact
18.16 two thin lenses separated by a distance
18.17 defects of images
Study Plan
Day 1
18.1 Reflection at smooth surfaces
18.2 Spherical mirrors
18.3 Relation between u,v and R for spherical mirrors
Example 18.1
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Day 2
18.4 extended objects and magnification
18.5 Refraction at plane surfaces
18.6 Critical angle
Examples 18. 2,18.3, 18.4
Day 3
18.7 Optical fibre
18.8 Prism
18.9 Refraction at spherical surfaces
Examples 18.5 to 8
Exercises
1-5
Day 4
18.10 extended objects - laterial magnification
18.11 Refraction through thin lenses
Examples 18.9 to 12Exercises
6-10
Day 5
18.12 Lens maker's formula and lens formula
18.13 Extended objects: Lateral magninification
18.14 Power of a lens
Examples 18.13 to 16
Exercises
11-15
Day 5
18.15 thin lenses in contact
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18.16 two thin lenses separated by a distance
Examples 18.17 to 20
Exercises
16-20
Day 6
18.17 defects of images
Examples 18.21 to 24
Exercises
21-25
Day 7
Examples 18.25 to 28
Exercises
26-35
Day 8
Exercises
36-45
Day 9
Exercises
46-55
Day 10
Exercises 56 to 65
Day 11
Exercises 66 to 70
Day 12
Exercises 71 to 75
Day 13
Exercises 76 to 79
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Day 14
Objective I 1 to 18
Day 15
Objective II 1 to 7
Day 16
Questions for short answer 1 to 19
Day 17
Concept review
Day 18
Formula review
Day 19, 20Additional test paper problems
Study guide H C Verma JEE Physics Ch. 19 OPTICALINSTRUMENTS
Study plan
Day 1
1. The eye
2. The apparent size
3. Simple microscope
Day 2
4. Compound microscope
Worked out examples 1, 2,3
Day 3
5. Telescope
Worked out examples 4,5,
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Day 4
6. Resolving power of a telescope and microscope
7. Defects of vision
Worked out examples: 6 to 10.
Day 5
Questions for short answer 1 to 6
Exercises 1 to 4
Day 6
Questions for short answer 7 to 12
Exercises 5 to 8
Day 7
Objective I 1 to 11
Exercises 9 to 12
Day 8
Objective II 1 to 5
Exercises 13 to 16
Day 9
Exercises 17 - 20
Day 10
Exercises 21 to 24
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Study guide H C Verma JEE Physics Ch. 20 DISPERSIONAND SPECTRA
Sections in the chapter
1. Dispersion
2. Dispersive power
3. Dispersion without average deviation and average deviation without dispersion
4. Spectrum
5. Kinds of spectra
6. Ultraviolet and infrared spectrum
7. Spectrometer
8. Rainbow
Study Plan
Day 1
1. Dispersion
2. Dispersive power
3. Dispersion without average deviation and average deviation without dispersion
Day 2
4. Spectrum5. Kinds of spectra
6. Ultraviolet and infrared spectrum
Day 3
Worked out examples 1 to 3
Day 4
7. Spectrometer
8. Rainbow
Day 5
Exercises 1 to 11
Day 6
Objhective I and II
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Day 7
Questions for short answer
Concept review
Day 8Formula review
Day 9, 10
Additional test paper problems
Study guide H C Verma JEE Physics Ch. 21 SPEED OFLIGHTNo JEE topics
Sections
1. Historical introduction2. Fizeau method3. Foucault method4. Michelson method
Study Plan
Day 1
1. Historical introduction2. Fizeau method3. Foucault method4. Michelson method
Day 2Exercises 1 to 3Objective IObjective IIQuestions for Short answer
Day 3
Concept revisionFormula revision
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Study guide H C Verma JEE Physics Ch. 23 HEAT ANDTEMPERATURE
--------------------Sections in the chapter
23.1 Hot and Cold bodies23.2 Zeroth law of thermodynamics23.3 Defining scale of temperature: Mercury and resistance thermometers23.4 Constant volume gas thermometer23.5 Ideal gas temperature scale23.6 Celsius temperature scale23.7 Ideal gas equation23.8 callender's compensated constant pressure thermometer23.9 Adiabatic and diathermic walls
23.10 Thermal expansion
----------
Study Plan
Day 123.1 Hot and Cold bodies23.2 Zeroth law of thermodynamics23.3 Defining scale of temperature: Mercury and resistance thermometers
day 223.4 Constant volume gas thermometer23.5 Ideal gas temperature scale23.6 Celsius temperature scale23.7 Ideal gas equation
Day 323.8 callender's compensated constant pressure thermometer23.9 Adiabatic and diathermic walls23.10 Thermal expansion
Day 4Worked out examples 1 to 10Day 5
WOE 11 to 17
Day 6Exercises 1 to 10
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Day 7Exercises 11 to 20
Day 8Exercises 21 to 30
Day 9
Exercises 31 to 34Objective I
Day 10ExercisesObjective IIquestions for short answer 1 to 13
Revision Period
Day 11Concept Review
Day 12Formula Review
Study guide H C Verma JEE Physics Ch. 26 LAWS OFTHERMODYNAMICSJEE syllabus :
Equivalence of heat and work;
First law of thermodynamics and its applications (only for ideal gases) 26.1;-------
Chapter sections
26.1 The first law of thermodynamics26.2 Work done by a gas26.3 Heat engines26.4 The second law of thermodynamics26.5 Reversible and irrerversible processes
26.6 entropy27.7 Carnot engine---------Study plan
Day 126.1 The first law of thermodynamics26.2 Work done by a gas
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Day 226.3 Heat engines
Day 326.4 The second law of thermodynamics26.5 Reversible and irrerversible processes
Day 426.6 entropy27.7 Carnot engine
Day 5Worked out examples 1 to 11
Day 6Exercises 1 to 10
day 7Exercises 11 to 20
Day 8Exercises 21 to 22Objective I
Day 9Objective IIQuestions for short answer 1 to 8
Day 10Questions for short answer 9 to 15
RevisionDay 11Concept review
Day 12Formula revision
Days 13 to 20Problems from test paper books
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Study guide H C Verma JEE Physics Ch. 27 SPECIFICHEAT CAPACITIES OF GASESJEE syllabus
Specific heats (Cv and Cp for monoatomic and diatomic gases)27.1,27.2,27.3,27.4,Isothermal and adiabatic processes 27.5 27.6, 27.7
27.1 Two kinds of specific heat capacities27.2 Relation between Cp and Cv for an ideal gas27.3 Determination of Cp of a Gas27.4 Determination of Cv of a Gas27.5 Isothermal and adiabatic processes27.6 Relations between p,v, t in a reversible adiabatic process27.7 Work done in a adiabatic process27.8 Equipartition of energy
---------Study Plan
27.1 Two kinds of specific heat capacities27.2 Relation between Cp and Cv for an ideal gas27.3 Determination of Cp of a Gas27.4 Determination of Cv of a Gas27.5 Isothermal and adiabatic processes27.6 Relations between p,v, t in a reversible adiabatic process27.7 Work done in a adiabatic process27.8 Equipartition of energy
-------------------
Concepts coveredDay 127.1 Two kinds of specific heat capacities27.2 Relation between Cp and Cv for an ideal gas
Day 227.3 Determination of Cp of a Gas27.4 Determination of Cv of a Gas
Day 3Worked out examples 1 to 5
Day 427.5 Isothermal and adiabatic processes27.6 Relations between p,v, t in a reversible adiabatic process
Day 527.7 Work done in a adiabatic process
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27.8 Equipartition of energy
Day 6WOE 6 to 12
Day 7Exercises 1 to 10
Day 8Exercises 11 to 20
Day 9exercises 21 to 30
Day 10Exercises 31 to 35Objective objective I
Day 11Obejctive II
Day 12Questions for short answer
Day 13Concept Review
Day 14Formula Revision
Days 15 to 20Additional problems from test paper books
Study guide H C Verma JEE Physics Ch. 29 ELECTRICFIELD AND POTENTIALSyllabus
Coulombs law; Electric field and potential; Electrical potential energy of a system of point
charges and of electrical dipoles in a uniform electrostatic field; Electric field lines; Flux ofelectric field;-------------
Verma - Topics
29.1 What is electric charge?29.2 Coulomb's law29.3 electric field
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29.4 Lines of electric force29.5 Electric potential energy29.6 Electric potential29.7 Electric potential due to a point charge29.8 Relation between electric field and potential29.9 Electric dipole29.10 Torque on an electric dipole placed in an lectric field29.11 Potential energy of a diple placed in a uniform electric field29.12 Conductors, insulators nad semiconductors29.13 The electric field inside a conductor
--------------------Study Plan
Day 1
29.1 What is electric charge?
29.2 Coulomb's law
Day 229.3 electric fieldEx. 29.1, 29.229.4 Lines of electric force
Worked out examples 1,2
Day 3
29.5 Electric potential energyEx. 29.3
29.6 Electric potentialEx. 29.429.7 Electric potential due to a point chargeEx. 29.4
WOE 3 to 5
Day 4
29.8 Relation between electric field and potentialEx. 29.5
WOE 5 to 10
Day 529.9 Electric dipole29.10 Torque on an electric dipole placed in an lectric field29.11 Potential energy of a diple placed in a uniform electric field
Day 6
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29.12 Conductors, insulators nad semiconductors29.13 The electric field inside a conductor
WOE 11 to 15
Day 7WOE 17 to 19
Day 8
Exercises 1 to 10
Day 9Exercises 11 to 20
Day 10Exercises 21 to 30
Day 11Exercises 31 to 35
Day 12Exercises 36 to 40
Day 13Exercises 41 to 45
Day 14Exercises 46 to 50
Day 15Exercises 51 to 55
Day 16Exercises 56 to 60
Day 17Exercises 61 to 65
Day 18Exercises 66 to 70
Day 19Exercises 71 to 75
Day 20Exercises Objectve I 1 to 9 and Objective II 1 to 8
Study guide H C Verma JEE Physics Ch.30. GAUSS'S LAW
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Flux of electric field 30.1;Gausss law 30.3 and
Gauss's law's application in simple cases, such as, to find field due to infinitely long straightwire, uniformly charged infinite plane sheet and uniformly charged thin spherical shell30.4, 30.5.
Sections of the chapter
30.1 Flux of electric field30.2 Solid anlge30.3 Gausss law30.4 Applications of Gauss's law30.5 Spherical charge distributions30.6 Earthing a conductor
Study Plan
Day 1
30.1 Flux of electric field30.2 Solid anlge30.3 Gausss law
Day 230.4 Applications of Gauss's law (A) and (B)
Worke out examples 1 to 5
Day 330.4 Applications of Gauss's law (C), (D), (E)Exercises 1 to 4
Day 430.5 Spherical charge distributions30.6 Earthing a conductor
Day 5Concept Revision
Day 6WOE 5 to 8Exercises 6 to 10
Day 7Exercises 11 to 20
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Day 8Exercises 21 to 24Objective I 1 to 7
Day 9Objective II 1 ot 8Questions for short answer 1 to 7
Day 10Formula revision
Days 11 to 20 - Revision periodAdditional test paper problems of chapter 29 and 30 can be attempted.
IIT JEE Study guide H C Verma JEE Physics Ch. 31
CAPACITORSJEE syllabus
Capacitance; Parallel plate capacitor with and without dielectrics; Capacitors in series andparallel; Energy stored in a capacitor.
Sections
31.1 Capacitance;31.2 Calculation of Capacitance31.3 Capacitors in series and parallel;
31.4 Parallel plate capacitor31.5 Energy stored in a capacitor.31.6 Dielectrics31.7 Parallel plate capacitor with dielectrics;31.8 An alternative form of Gauss Law31.9 Electric field due to a pont charge q placed in an infinite dielectric31.10 Energy in the electric field in a dielectric31.11 Corona discharge31.12 High-voltage generator.
----------------------
Study Plan
Day 131.1 Capacitance;31.2 Calculation of Capacitance
Day 231.3 Capacitors in series and parallel;
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Worked out examples 1,2
Day 3
31.4 Force between the plates of a capacitor31.5 Energy stored in a capacitor.31.6 Dielectrics
WOE 3 to 5
Day 431.7 Parallel plate capacitor with dielectrics;31.8 An alternative form of Gauss Law
WOE 6 to 8
Day 531.9 Electric field due to a pont charge q placed in an infinite dielectric
31.10 Energy in the electric field in a dielectric31.11 Corona discharge31.12 High-voltage generator
Day 6WOE 9 to 18
Day 7WOE 19 to 23Exercises 1 to 5
Day 8
Exercises 6 to 15
Day 9Exercises 16 to 25
Day 10exercises 26 to 35-------------
Audiovisual lectureLesson 34: Capacitors
www.curriki.org/nroc/Introductory_Physics_2/lesson34/Container.html
http://www.colorado.edu/physics/phys1120/phys1120_fa07/notes/notes/Knight_29_30_voltage_capacitors_lect.pdf
Study guide H C Verma JEE Physics Ch. 32 ELECTRICCURRENT IN CONDUCTORS
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JEE 2008 syllabus
Electric current;Ohms law;Series and parallel arrangements of resistances and cells;Kirchhoffs laws and simple applications;Heating effect of current.--------
Verma - Topics
32.1 Electric current and current density32.2 Drift speed32.3 Ohm's law32.4 Temperature dependence of resistivity32.5 Battery and EMF32.6 Energy transfer in an electric current32.7 Kirchhoff's Laws
32.8 Combination of resistors in series and parallel32.9 Grouping of batteries32.10 Wheatstone bridge32.11 Ammeter and Voltmeter32.12 Stretched wire potentiometer32.13 Chargin and discharging of capactiros32.14 Atmospheric electricity--------------------Study Plan
Day 132.1 Electric current and current density
32.2 Drift speed32.3 Ohm's law
Day 232.4 Temperature dependence of resistivity32.5 Battery and EMF
Worked out examples 1 to 3
Day 332.6 Energy transfer in an electric current32.7 Kirchhoff's Laws32.8 Combination of resistors in series and parallel
Day 4WOE 11 to 15Exercises 1 to 5
Day 532.9 Grouping of batteries32.10 Wheatstone bridge
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WOE 4 to 10
Day 632.11 Ammeter and Voltmeter32.12 Stretched wire potentiometer
WOE 16 to 20
Day 732.13 Chargin and discharging of capactiros32.14 Atmospheric electricity
WOE 21 to 25
Day 8WOe 26 to 33Exercises 6 to 10
Day 9
Exercises 11 to 20
Day 10Exercises 21 to 30
Day 11Exercises 31 to 35
Day 12Exercises 36 to 40
Day 13Exercises 41 to 45
Day 14Exercises 46 to 50
Day 15Exercises 51 to 55
Day 16Exercises 56 to 60
Day 17Exercises 61 to 65
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Day 18Exercises 66 to 70
Day 19Exercises 71 to 75
Day 20Exercises 76 to 80
Study guide H C Verma JEE Physics Ch. 35 MAGNETICFIELD DUE TO A CURRENTJEE SYLLABUS
BiotSavarts law 35.1 andAmperes law;Magnetic field near a current-carrying straight wire, along the axis of a circular coil andinside a long straight solenoid;Force on a moving charge and on a current-carrying wire in a uniform magnetic field.
-----------------Topics covered in H C Verma
35.1 Bio Savart Law
35.2 Magnetic field due to current in a straight wire35.3 Force between parallel currents35.4 Field due to a circular current35.5 Ampere's law35.6 Magnetic field at a point due to a long straight current35.7 Solenoid35.8 Toroid
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Study Plan
Day 135.1 Bio Savart Law35.2 Magnetic field due to current in a straight wire35.3 Force between parallel currents
WOE 1Exercises 1,2
Day 2
http://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-35.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-35.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-35.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-35.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-35.html -
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35.4 Field due to a circular current35.5 Ampere's law35.6 Magnetic field at a point due to a long straight current
WOE 2 to 5
Day 3
35.7 Solenoid35.8 ToroidExercises 3 to 10
Day 4WOE 6 to 10Exercises 11 to 15
Day 5
WOE 11 to 15Exercises 16 to 20
Day 6Exercises 21 to 30
Day 7Exercises 31 to 40
Day 8Exercises 41 to 50
Day 9Exercises 51 to 61
Day 10Objective I and IIQuestions for short answer
Revision Period
Day 11Concept review
Day 12Formula review
Days 13 to 20
Test paper problems
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Study guide H C Verma JEE Physics Ch. 38ELECTROMAGNETIC INDUCTIONJEE SYLLABUS
Electromagnetic induction: Faraday's law, Lenz's law; Self and mutual inductance; RC, LRand LC circuits with d.c. and a.c. sources.--------------Sections in the book
38.1 Faraday's law,38.2 Lenz's law;38.3 The origin of induced EMF38.4 Eddy current38.5 Self and mutual inductance;38.6 RC, LR and LC circuits with d.c. and a.c. sources.38.7 Energy stored in an inductor
38.8 mutual inductance;38.9 Induction coil
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Study Plan
38.1 Faraday's law,Ex. 38.138.2 Lenz's law;38.3 The origin of induced EMFEx. 38.2
Worked out examples 1,2
Day 238.4 Eddy current38.5 Self and mutual inductance;Ex. 38.3,38.4
WOE 3,4
Day 3
38.6 RC, LR and LC circuits with d.c. and a.c. sources.Ex. 38.5, 38.638.7 Energy stored in an inductorEx. 38.8
WOE 5,6
Day 4
38.8 mutual inductance;Ex. 38.8
http://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-38.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-38.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-38.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-38.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-38.html -
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38.9 Induction coilWOE 7 to 10
Day 5WOE 11 to 20
Day 6WOE 21 to 29
Day 7
Exercises 1 to 10
Day 8Exercises 11 to 20
Day 9
Exercises 21 to 30
Day 10Exercises 31 to 40
Day 11Exercises 41 to 45
Day 12Exercises 46 to 50
Day 13Exercises 51 to 55
Day 14Exercises 56 to 60
Day 15Exercises 61 to 65
Day 16Exercises 66 to 70
Day 17Exercises 71 to 75
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Day 18Exercises 76 to 80
Day 19Objective I
Day 20Objective IIQuestions for Short Answer 1 to 13
Special task Exercises 81 to 98
Study guide H C Verma JEE Physics Ch. 39
ALTERNATING CURRENTJEE SYLLABUS
RC, LR and LC circuits with d.c. and a.c. sources.
Based on the above topic candidates have to understand something on AC circuits.Moving coil galvanometer, voltmeter, ammeter and their conversions.
Sections in the Chapter
1. Alternating current2. AC generator or AC dynamo3. Instantaneous and RMS Current4. Simple AC circuits5. Vector method to find the current in an AC circuit6. More AC circuits7. Power in AC circuits8. Choke coil9. Hot wire instruments
10. DC dynamo11. DC motor12. Transformer
Study Plan
Day 1
http://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-39.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-39.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-39.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-39.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-39.html -
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1. Alternating current2. AC generator or AC dynamo3. Instantaneous and RMS CurrentEx. 39.1
Day 2 This topic is in JEE syllabus4. Simple AC circuitsEx. 39.2
Worked out examples 1,2,3,4,5
Day 35. Vector method to find the current in an AC circuit6. More AC circuits7. Power in AC circuits
WOE6,7,8
Day 4
8. Choke coil9. Hot wire instruments10. DC dynamo11. DC motor12. Transformer
Day 5Exercises 1 to 10
Day 6Exercises 11 to 19
Day 7Questions for short answerObjective IObjective II
Day 8Concept review and formula review
---------http://www.colorado.edu/physics/phys1120/phys1120_fa07/notes/notes/Knight_35_33_
AC.pdf-----
Study guide H C Verma JEE Physics Ch. 44 X-RaysJEE Syllabus
Characteristic and continuous X-rays, Moseley's law;---------------------sections of the chapter
http://www.colorado.edu/physics/phys1120/phys1120_fa07/notes/notes/Knight_35_33_AC.pdfhttp://www.colorado.edu/physics/phys1120/phys1120_fa07/notes/notes/Knight_35_33_AC.pdfhttp://www.colorado.edu/physics/phys1120/phys1120_fa07/notes/notes/Knight_35_33_AC.pdfhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-44.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-44.htmlhttp://iit-jee-physics.blogspot.in/2007/10/study-guide-h-c-verma-jee-physics-ch-44.htmlhttp://www.colorado.edu/physics/phys1120/phys1120_fa07/notes/notes/Knight_35_33_AC.pdfhttp://www.colorado.edu/physics/phys1120/phys1120_fa07/notes/notes/Knight_35_33_AC.pdf -
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44.1 Production of X-rays44.2 Continuous and characteristic X-rays44.3 Soft and Hard X-rays44.4 Moseley's law44.5 Bragg's law44.6 Properties and uses of X-rays-----------------------
Study Plan
Day 1
44.1 Production of X-rays44.2 Continuous and characteristic X-rays44.3 Soft and Hard X-rays
Worked out examples 1 to 3
Day 244.4 Moseley's law44.5 Bragg's law44.6 Properties and uses of X-rays
WOE 3 to 6
Day 3Exercises 1 to 10
Day 4Exercises 11 to 20
Day5
Exercises 21 t0 27
Day 6Objectives I and II
Day 7Questions for short answerConcept reviewFormula review