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TRANSCRIPT
WARM UPDirections:
Get packet.
Write in planner.
Be prepared for Good
News.
September 26, 2019
Planner
Hypothesis Practice
due tomorrow.
Warm Up ExpectationsPossible Points
Complete the activity independently at a
Voice Level 0 1
During Good News, participate and show
respectful listening (turn and look; Voice Level
0)
1
Participate during discussion1
Reminder: Ultimate Goal of Our Bridge Project
TEAMWORK
combined actions of a group of people, who cooperate with one another despite possible conflict between individuals
Observable Characteristics
Open and honest communication
Respect for all involved
United by common goals
Collaboration, conflict management, and problem-solving skills
Acceptance and encouragement in the differences of opinions
WHY NO HIDDEN FIGURES?
"we could have paid more attention"
"we could have done better by helping each other to stay on task"
"we could change by paying attention and working hard"
"just listen"
"we could have changed that by listening"
"work harder"
"we can change it by following directions"
"we could have shown more effort"
"we could have tried to stay focused"
FORGIVING
stopping feeling angry or resentful for offenses, flaws, and/or mistakes
Observable Characteristics
Acknowledge that the offense, flaw, or mistake relates to a past behavior
Understand the effect(s) the behavior had on others
Recognize the point of view & accept that it could be different than your own
Let it go; don't constantly remind another of the past behavior
Just listen; no need to reply
Engineering Design
ProcessScientific Method
The Scientific Method
▪ Scientific method• the process scientists use to investigate a
problem, question, and/or observation
Steps in the Scientific Method
I. Making Observations and Asking Questions (leads to a problem to investigate)
II. Developing a Hypothesis
III. Doing the Experiment (includes identifying variables, constants, and control group and writing a procedure)
IV. Collecting and Analyzing Data
V. Forming a Conclusion
VI. Communication
The Scientific Method: Making Observations– An observation is when you
use your senses to obtain information.
– There are 2 types of observations:
• Quantitative: involve numbers and measurements
• Qualitative: use your 5 senses
1.3
The Scientific Method: Making Observations
Observations vs. Inferences
▪ Inference: a logical explanation for an
observation; not a fact
▪ Can only be used in the conclusion of a lab
1.3
Observation
• That plant is extremely wilted.
Inference
• That plant is extremely wilted due to a lack of water.
Observation
• The car didn't turn on when the key was turned.
Inference
• ????
There are two footprints.
The footprints are different shapes.
The footprints are different sizes.
Each footprint has a longer middle toe.
One footprint is narrower than the
other.
There are two animals in this
picture.
Making Observations & Asking Questions
– Observations and inferences
lead to questioning
• Which brand of trash bag
holds the most mass?
• Which brand of toilet paper is
the strongest?
• Which brand of paper plate
will hold the most mass?
• Which brand of nail polish will
last the longest?
1.3
The Scientific Method: Developing a Hypothesis
• Hypothesis
– An attempt to answer and explain an
experimental problem, question, and/or claim
– written as an “if…then…because...” statement
• Example: If I put more weight on the pirate ship
ride, then it will slow down because the extra
weight will cause it to not flow as freely.
1.3
WARM UPDirections:
Be prepared for Good
News.
September 27, 2019
Planner
Hidden Figures on
Monday.
Field trip Wednesday.
WARM UPDirections:
Turn in Hypothesis Practice.
Write in planner.
Take out your Scientific
Method notes from
yesterday.
September 27, 2019
Planner
Sponge Bob paper
due Monday.
Field Trip Wednesday.
Warm Up ExpectationsPossible Points
Complete the activity independently at a
Voice Level 0 1
During Good News, participate and show
respectful listening (turn and look; Voice Level
0)
1
Participate during discussion1
UNDERSTANDING
sensing another's emotions and feelings,and taking a genuine interest in them and their concerns
Observable Characteristics
Listening well to what others have to say
Showing sensitivity to what someone has to say
Imagining yourself in the position of another's perspective
Remaining sincere (displaying genuine feelings; not "fake")
Knowing that you do not need to agree, but you need to recognize another point of view and accept that it is different than your own
The Scientific Method: Designing the Experiment
• Experiment
– a scientific procedure used to make a discovery,
test a hypothesis, or demonstrate a fact or claim
• Variables
– Factors that change in an experiment
• Groups
– The people or things tested in an experiment
1.3
Variables
• Independent variable:– The factor that the experimenter changes during the
experiment; if you are the experimenter you say it’s the variable “I” change; follows ‘if’ in a hypothesis• Example: If I change the weight in the pirate ship ride…
• Dependent variable:– The factor that changes in response to the independent
variable; experimenter makes observations of this variable; follows ‘then’ in a hypothesis• Example: …, then the number of swings will reduce.
• Constants
– Factors that stay the same throughout the entire experiment• Example: length of pendulum’s swing, height at which
pendulum is dropped, person who drops pendulum
Groups• Control group
– The group of subjects (people or things) that is used as a comparison, which will help us to determine the effect of the independent variable
• Example: A pirate ship that has NO weight in it will help us to determine how weight influences the number of swings.
• Experimental group
– The group of people or things that is directly influenced by the independent variable
• Example: The pirate ships with weight in them.
1.3
WARM UPDirections:
Be prepared for Good
News.
September 30, 2019
Planner
Field trip Wednesday.
WARM UPDirections:
Get the document.
Write in planner.
Take out your Scientific Method
notes document from Friday.
Complete the document at a
Voice Level 0.
September 30, 2019
Planner
Sponge Bob Variables
due tomorrow.
Scientific Method
packet due tomorrow
at the end of class.
Warm Up ExpectationsPossible Points
Complete the activity independently at a
Voice Level 0 1
During Good News, participate and show
respectful listening (turn and look; Voice Level
0)
1
Participate during discussion1
SOCIAL CONTRACT COMMITMENT
Reminder: The expectations of our social contract are similar to those employers have of their employees in the professional world
Show that you will commit to putting forth effort in following the expectations related to our social contract
REASONABLE
having sensible, fair, and appropriate behavior & judgement
Observable Characteristics
Understands and appreciates the expectations placed upon them
Careful in the way others are treated
Takes great care to prevent harm or damage
Acknowledges that mistakes can be made
Sense of fairness
The Scientific Method: Designing the Experiment
• Experiment
– a scientific procedure used to make a discovery,
test a hypothesis, or demonstrate a fact or claim
• Variables
– Factors that change in an experiment
• Groups
– The people or things tested in an experiment
1.3
Variables
• Independent variable:– The factor that the experimenter changes during the
experiment; if you are the experimenter you say it’s the variable “I” change; follows ‘if’ in a hypothesis• Example: If I change the weight in the pirate ship ride…
• Dependent variable:– The factor that changes in response to the independent
variable; experimenter makes observations of this variable; follows ‘then’ in a hypothesis• Example: …, then the number of swings will reduce.
• Constants
– Factors that stay the same throughout the entire experiment• Example: length of pendulum’s swing, height at which
pendulum is dropped, person who drops pendulum
Groups• Control group
– The group of subjects (people or things) that is used as a comparison, which will help us to determine the effect of the independent variable
• Example: A pirate ship that has NO weight in it will help us to determine how weight influences the number of swings.
• Experimental group
– The group of people or things that is directly influenced by the independent variable
• Example: The pirate ships with weight in them.
1.3
WARM UPDirections:
You will need your binder
today.
Write in planner.
October 1, 2019
Planner
Bring something that
matters to you on
THURSDAY.
Field trip tomorrow.
WARM UPDirections:
Turn in Sponge Bob warm
up from yesterday.
Write in planner.
Take out your Scientific
Method Notes.
October 1, 2019
Planner
Bring something that
matters to you on
THURSDAY.
Field trip October 28.
Warm Up ExpectationsPossible Points
Complete the activity independently at a
Voice Level 0 1
During Good News, participate and show
respectful listening (turn and look; Voice Level
0)
1
Participate during discussion1
EMPOWER
making someone stronger and more confident,especially in controlling their own life and claiming their rights
Observable Characteristics
Recognizing emotions, thoughts, and feelings of self and others
Knowing abilities and limits
Trusting that you have what it takes, even if your confidence of success is low
High expectations of the way people are treated
Keeping an open-mind & considering view points different than your own
How will we help each other Follow our Social Contract? By using non-verbal signals
Check
YourselfStop & Think
Time Out
Stop & Listen
Foul
Stop & Build up
How does yourcurrent behavior match our social contract? What changes can youmake?
How does the current behavior of a group match our social contract? What changes can the group make?
A put down* has taken place.
* Any comment that is intended to harm another (i.e. What are you? Stupid?)
If a Is Signaled
Foul
• If it is called, it counts; NO EXPLANATION IS NEEDED
• It is not “a joke” (nor are any of our other signals)
• Someone (i.e. a bystander) can call a foul for someone else
• Respond with two genuine put-ups
INCIDENTS OF SOCIAL CONTRACT VIOLATION
1 Verbal Reminder“Our social contract says ______. You can show this by….”
2
4 Questions and/or 1-minute Owed
1.What are you doing?
-or- How are you speaking to me/them?
2.What are you supposed to be doing?
-or- How should you be speaking to another person?
3.Are you doing what you should be doing?
-or- Were you speaking in the way you should?
4.What are you going to do now?
-or- How will you speak to me/them?
3Phone Call Home &
Student Support Lunch (Office Referral)
4Visit the Student Success Coach
or Student Advocate
What if I don’tfollow theexpectations?
SELF-CONTROL
the ability to control your actions and words,especially in times of conflict
Observable Characteristics
Acknowledging that there are distractions, but that you can handle them
Taking breaks before escalating towards a lack of self-control
Understand that self-control can be limited, but can be managed
Paying attention to how actions help fulfil goals
Knowing that you may not get what you want in the moment you want it
Doing the Experiment
• Procedure: step-by-step directions on how to do the experiment
• Experiments require many trials to improve accuracy
– Trials: Repetitions of testing during the experiment
Scientific Method: Collecting Data
• Data: recorded observations made during an experiment; can be qualitative and quantitative– Organized in a data table: a visual display of data
using rows and columns; typically organized by trials (repetitions during the experiment)
Favorite Animals
Micah asked all of his classmates what their favorite animals are. He found that 12 students liked dogs, 5 students liked cats, 3 students like horses, and 1 student liked bearded dragons.
Scientific Method: Analyzing Data
• Graph:
– a visual display of quantitative data
– there are four major parts to a graph:
Title
Axis Scales Independent
Variable
Dependent
Variable
Draw a Graph Favorite Animals of Ms. Henry’s Class
Animal Number of Students
Dog 12
Cats 5
Horses 3
Bearded Dragons 1
Title
Axis Scales Independent
Variable
Dependent
Variable
Scientific Method: Writing a Conclusion
• Conclusion:
– Completed at the end of an investigation
– Summarizes the purpose and the results of the investigation
– Makes recommendations for future testing
Let’s put our knowledge of the Scientific Method to a realistic
example that includes some of the terms you’ll be needing to use and
understand.
Making ObservationsJohn watches his grandmother
bake bread. He ask his grandmother what makes the
bread rise.
She explains that yeast releases a gas as it feeds on sugar.
Initial Observation →Problem/Question
John wonders if the amount of sugar used in the recipe will affect the size of the bread loaf?
Developing a Hypothesis
John researches the areas of baking and fermentation and
tries to come up with a way to test his question.
He keeps all of his information on this topic in a journal.
Developing a HypothesisAfter talking with his teacher
and conducting further research, he comes up with a
hypothesis.
“If more sugar is added, then the bread will rise
higher.”
Doing the Experiment: Identify the Independent Variable
The independent, or manipulated variable, is a factor that’s intentionally varied by the experimenter.
Independent variable: The amount of sugar
John is going to use 25g., 50g., 100g., 250g., 500g. of sugar in his experiment.
Doing the Experiment: Identify the Dependent Variables
The dependent, or responding variable, is the factor that may change as a result of changes
made in the independent variable.
Dependent Variable: the size of the loaf of bread
Doing the Experiment: Procedure/Materials
His teacher helps him come up with a procedure and list of needed materials.
• The materials list must be VERY complete.
• How much of each material will be used in the experiment (25-mL of water or 250-mL of water)
• The size of all equipment (ex 25-mL beaker or 250-mL beaker)
• Every step of the experiment is included
• Each step is short
Then she discusses with John how to determine the control group.
Doing the Experiment: Identify the Control Group
Remember: In a scientific experiment, the control is the group that serves as the
standard of comparison.
The control group may be “no treatment” or an “experimenter selected” group.
Doing the Experiment: Identify the Control Group
Because his grandmother always used 50g. of sugar in her recipe, John is
going to use that amount in his control group.
Doing the Experiment: Identify the Constants
John’s teacher reminds him to keep all other factors the same so that any observed
changes in the bread can be attributed to the variation in the amount of sugar.
What would be some constants for John’s experiment?
Doing the Experiment: Identify the Constants
They might include:1. Other ingredients to the bread recipe2. Oven used3. Rise time4. Brand of ingredients5. Cooking time6. Type of pan used7. Air temperature8. Humidity where the bread was rising9. Oven temperature10. Age of the yeast…etc.
Doing the Experiment: Procedure
John writes out his procedure for his experiment along with a
materials list in his journal. He has both of these checked by his teacher where she checks
for any safety concerns.
Trials
Trials refer to replicate groups that are exposed to the same conditions in an
experiment.
John is going to test each sugar variable 3 times.
Collect and Analyze Results
John comes up with a table he can use to record his data.
John gets all his materials together and carries out his experiment.
SIZE OF BAKED BREAD (LxWxH) cm3
Amt. of Sugar (g.)
1 2 3 Average
Size (cm3)
25 768 744 761 758
50 1296 1188 1296 1260
100 1188 1080 1080 1116
250 672 576 588 612
500 432 504 360 432
Size of Bread Loaf (cm3)
Trials
Control group
Collect and Analyze Results
John examines his data and notices that his control worked
the best in this experiment, but not significantly better
than 100g. of sugar.
Conclusion
John’s hypothesis is unsupported so John rejects his hypothesis, but decides to re-test using sugar
amounts between 50g. and 100g.
ConclusionJohn finds that 70g. of sugar
produces the largest loaf.
Communicate the Results
John tells his grandmother about his findings and prepares to
present his project in Science class.