1.05 Unit 1 Assessment

10

Identify the inputs and outputs of Cellular Respiration

Energy (ATP)
Water (H2O)
Oxygen (O2)
Sugar (C6H12O6)

HS-LS1-7

10

Identify the inputs and outputs of Photosynthesis

Carbon Dioxide (CO2)
Oxygen (O2)
Water (H2O)
Energy (Light)

Inputs

HS-LS1-5

2

This image shows movement of carbon through which processes?

HS-LS2-5

Required

2

Match the subunit to the major biomolecules.

Draggable item		Corresponding Item
Carbohydrates		Nucleotides
Nucleic Acids		Amino Acids
Proteins

HS-LS1-6

Required

2

Which of the following is NOT true about cells?

Required

2

What is homeostasis?

HS-LS1-3

Required

2

Which macromolecule is the primary component of cell membranes?

HS-LS1-6

Required

2

What is the arrangement of phospholipids in a cell membrane?

Required

2

Very small nonpolar molecules such as gases like carbon dioxide, are able to go through the cell membrane in a process called

Required

2

Photosynthesis occurs in plant cells' __________ while cellular respiration occurs primarily in the __________

HS-LS1-5

HS-LS1-7

Required

5

HS-LS1-2

Required

4

Consider the Carbon Cycle:
What part(s) does photosynthesis and cellular respiration play a role in the carbon cycle?

Select all that apply:

HS-LS2-5

Required

2

The two tubes contain bromothymol blue (BMB). Two snails are placed in Tube B. After 24 hours, what will the color of the water be in Tube B?

Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

HS-LS1-7

Required

2

Explain why you chose your answer to #13. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

If you are unable to justify your answer, you will not receive credit for the previous question.

HS-LS1-7

Required

2

The two tubes contain bromothymol blue (BMB). Two sprigs of Elodea are placed into Tube D. The lights are on. After 24 hours, what will the color of the water be in tube D?

Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

HS-LS1-5

Required

2

Explain why you chose your answer to #15. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

If you are unable to justify your answer, you will not receive credit for the previous question.

HS-LS1-5

Required

2

Two snails and two Elodea sprigs are placed together in a tube containing a bromothymol blue (BMB) solution. The tubes are put into a dark closet. After 24 hours, what will the color of the water be in tube A?

Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

HS-LS1-5

HS-LS1-7

Required

2

Explain why you chose your answer to #17. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

If you are unable to justify your answer, you will not receive credit for the previous question.

Required

3

1.05 Unit 1 Assessment

Identify the inputs and outputs of Cellular Respiration

Identify the inputs and outputs of Photosynthesis

This image shows movement of carbon through which processes?

Match the subunit to the major biomolecules.

Which of the following is NOT true about cells?

What is homeostasis?

Which macromolecule is the primary component of cell membranes?

What is the arrangement of phospholipids in a cell membrane?

Very small nonpolar molecules such as gases like carbon dioxide, are able to go through the cell membrane in a process called

Consider the Carbon Cycle:
What part(s) does photosynthesis and cellular respiration play a role in the carbon cycle?

Select all that apply:

The two tubes contain bromothymol blue (BMB). Two snails are placed in Tube B. After 24 hours, what will the color of the water be in Tube B?

Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

Explain why you chose your answer to #13. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #15. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #17. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

If you are unable to justify your answer, you will not receive credit for the previous question.

What topic(s) did you find most interesting and what topic(s) did you find difficult?

Identify the inputs and outputs of Cellular Respiration

Identify the inputs and outputs of Photosynthesis

This image shows movement of carbon through which processes?

Match the subunit to the major biomolecules.

Which of the following is NOT true about cells?

What is homeostasis?

Which macromolecule is the primary component of cell membranes?

What is the arrangement of phospholipids in a cell membrane?

Very small nonpolar molecules such as gases like carbon dioxide, are able to go through the cell membrane in a process called

Select 5 common properties of living organisms.

Consider the Carbon Cycle:
What part(s) does photosynthesis and cellular respiration play a role in the carbon cycle?

Select all that apply:

The two tubes contain bromothymol blue (BMB). Two snails are placed in Tube B. After 24 hours, what will the color of the water be in Tube B?

Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

Explain why you chose your answer to #13. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #15. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #17. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

If you are unable to justify your answer, you will not receive credit for the previous question.

What topic(s) did you find most interesting and what topic(s) did you find difficult?

1.05 Unit 1 Assessment

1.05 Unit 1 Assessment

Identify the inputs and outputs of Cellular Respiration

Identify the inputs and outputs of Photosynthesis

This image shows movement of carbon through which processes?

Match the subunit to the major biomolecules.

Which of the following is NOT true about cells?

What is homeostasis?

Which macromolecule is the primary component of cell membranes?

What is the arrangement of phospholipids in a cell membrane?

Very small nonpolar molecules such as gases like carbon dioxide, are able to go through the cell membrane in a process called

Consider the Carbon Cycle:What part(s) does photosynthesis and cellular respiration play a role in the carbon cycle?Select all that apply:

The two tubes contain bromothymol blue (BMB). Two snails are placed in Tube B. After 24 hours, what will the color of the water be in Tube B?Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

Explain why you chose your answer to #13. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #15. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #17. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?If you are unable to justify your answer, you will not receive credit for the previous question.

What topic(s) did you find most interesting and what topic(s) did you find difficult?

Identify the inputs and outputs of Cellular Respiration

Identify the inputs and outputs of Photosynthesis

This image shows movement of carbon through which processes?

Match the subunit to the major biomolecules.

Which of the following is NOT true about cells?

What is homeostasis?

Which macromolecule is the primary component of cell membranes?

What is the arrangement of phospholipids in a cell membrane?

Very small nonpolar molecules such as gases like carbon dioxide, are able to go through the cell membrane in a process called

Select 5 common properties of living organisms.

Consider the Carbon Cycle:What part(s) does photosynthesis and cellular respiration play a role in the carbon cycle?Select all that apply:

The two tubes contain bromothymol blue (BMB). Two snails are placed in Tube B. After 24 hours, what will the color of the water be in Tube B?Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

Explain why you chose your answer to #13. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #15. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #17. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?If you are unable to justify your answer, you will not receive credit for the previous question.

What topic(s) did you find most interesting and what topic(s) did you find difficult?

Consider the Carbon Cycle:
What part(s) does photosynthesis and cellular respiration play a role in the carbon cycle?

Select all that apply:

The two tubes contain bromothymol blue (BMB). Two snails are placed in Tube B. After 24 hours, what will the color of the water be in Tube B?

Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

Explain why you chose your answer to #13. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #15. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #17. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

If you are unable to justify your answer, you will not receive credit for the previous question.

Consider the Carbon Cycle:
What part(s) does photosynthesis and cellular respiration play a role in the carbon cycle?

Select all that apply:

The two tubes contain bromothymol blue (BMB). Two snails are placed in Tube B. After 24 hours, what will the color of the water be in Tube B?

Remember, BMB is an indicator that starts off green, but will turn blue in the presence of oxygen and yellow in the presence of carbon dioxide.

Explain why you chose your answer to #13. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #15. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

If you are unable to justify your answer, you will not receive credit for the previous question.

Explain why you chose your answer to #17. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

If you are unable to justify your answer, you will not receive credit for the previous question.