10.21.13 discovery and diversity of cells

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10.21.13 Discovery and Diversity of Cells We will understand all things are made of living cells. S- Copy and Complete you have 4 minutes Name of element( s) Compound ? Organic ? H 2 O RbCl CsCl CO 2

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10.21.13 Discovery and Diversity of Cells. S- Copy and Complete you have 4 minutes. We will understand all things are made of living cells. P- Use the video to explain the TEK. - PowerPoint PPT Presentation

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Page 1: 10.21.13 Discovery and Diversity of Cells

10.21.13 Discovery and Diversity of CellsWe will understand all things are made of living cells.

S- Copy and Complete you have 4 minutesName of element(s)

Compound? Organic?

H2O

RbClCsClCO2

Page 2: 10.21.13 Discovery and Diversity of Cells

P- Use the video to explain the TEK

• The student knows that living systems at all levels of organization demonstrate the complementary nature of structure and function. The student is expected to:

• (F) recognize that according to cell theory all organisms are composed of cells and cells carry on similar functions such as extracting energy from food to sustain life

Page 4: 10.21.13 Discovery and Diversity of Cells

A- Define all the vocab (Pages 184-190)C- 1. How were cells discovered? 2. Explain the cell theory. 3. What is the difference between

prokaryotes and eukaryotes?

Page 5: 10.21.13 Discovery and Diversity of Cells

E-Complete Section Review using complete sentences!

Page 6: 10.21.13 Discovery and Diversity of Cells

10.22.13 Cell Video

• Explain which of these pictures best describes biodiversity. Justify you answer. 7.10 B

OBJ: we will differentiate between the structure and function of organelles in plant and animal cells by watching a video

S

A B

Page 7: 10.21.13 Discovery and Diversity of Cells

10.21.13 Discovery and Diversity of CellsWe will understand all things are made of living cells.

S- Copy and Complete you have 4 minutesName of element(s)

Compound? Organic?

H2O

RbClCsClCO2

6.5a 6.5c 7.6a

Page 8: 10.21.13 Discovery and Diversity of Cells

P- Read below and Summarize what we are learning

7.12The student knows that living systems at all levels of organization demonstrate the complementary nature of structure and function.

Page 9: 10.21.13 Discovery and Diversity of Cells

A- Take notes as we discuss the videoC- Summarize what you learned today using vocabulary.

Page 10: 10.21.13 Discovery and Diversity of Cells

Collect Creek Samples! E

Page 11: 10.21.13 Discovery and Diversity of Cells

10.23.13 Creek samples• We will recognize prokarotic vs eukaryotic by using microscopes to

look at samples from the creek. Label each as prokaryotic or eukaryotic. Explain.

1. 2.S

Page 12: 10.21.13 Discovery and Diversity of Cells

TITLE: Descriptive Creek Water SamplesPURPOSE: what type of cells will we find in the creek? RESEARCH1. What are the four parts to cell theory? 2. What is the difference between eukaryotic and

prokaryotic?

P

Page 13: 10.21.13 Discovery and Diversity of Cells

A- Draw the microscope below & label the microscope while watching the video clip

Page 14: 10.21.13 Discovery and Diversity of Cells

Observe your water sample at X40 and X100 draw and describe in words

ANALYSIS: Discuss what you found from viewing through the microscope. Use information from your observation to justify what you write.

A

C

Page 15: 10.21.13 Discovery and Diversity of Cells

• Write a News Letter to a Science Journal explaining your findings.

• Be sure it describes what you did, how you did it, and what you learned!

E

Cell Project November 1

Page 16: 10.21.13 Discovery and Diversity of Cells

10.24.13 Cell Vocabulary EDU

• We will create diagrams of structure and function of both plant and animals cells.

S-Plants use energy from sunlight, water, and carbon dioxide to produce sugar. Which structure is found only in plant cells and helps plants capture energy from sunlight?

7.5a

Page 17: 10.21.13 Discovery and Diversity of Cells

P – what structures do you need to know the function for?

• 7.12Organisms and environments. The student knows that living systems at all levels of organization demonstrate the complementary nature of structure and function. The student is expected to:

• (D) differentiate between structure and function in plant and animal cell organelles, including cell membrane, cell wall, nucleus, cytoplasm, mitochondrion, chloroplast, and vacuole;

• (E) compare the functions of a cell to the functions of organisms such as waste removal; and

• (F) recognize that according to cell theory all organisms are composed of cells and cells carry on similar functions such as extracting energy from food to sustain life.

Page 18: 10.21.13 Discovery and Diversity of Cells

A- Vocab plant vs animal EDU

Page 19: 10.21.13 Discovery and Diversity of Cells

C- Window Pane

Fill in the blank Multiple choice

True false Short answer

Choose one wordCreate a test question for each box using that one vocabulary wordOn the back write the answer to each

Page 20: 10.21.13 Discovery and Diversity of Cells

E-

How did your window pane activity help you better understand that vocabulary word?

Page 21: 10.21.13 Discovery and Diversity of Cells

10.25.13 Cells Edusmart

• We will identify the structure and function of cells by watching edusmart.

S- Give the chemical symbol for each of the 6 elements that are commonly found in organic matter. Be sure to answer using a complete sentence!

7.6A

Page 22: 10.21.13 Discovery and Diversity of Cells

P- Take your own notes to use on the quiz

A- Interactivity

C- Quiz

E- Half page reflection