1.05 Unit 1 Assessment MODIFIED

10

Identify the inputs and outputs of Cellular Respiration

Sugar (C₆H₁₂O₆)
Carbon Dioxide (CO₂)
Oxygen (O₂)
Energy (ATP)
Water (H₂O)

Inputs
Outputs

HS-LS1-7

10

Identify the inputs and outputs of Photosynthesis

Water (H₂O)
Carbon Dioxide (CO₂)
Sugar (C₆H₁₂O₆)
Oxygen (O₂)
Energy (Light)

Inputs
Outputs

HS-LS1-5

2

This image shows movement of carbon through which processes?

Cellular respiration and photosynthesis

Photosynthesis and the geosphere

The hydropshere and geosphere

HS-LS2-5

Obavezno

2

Match the subunit to the major biomolecules.

Stavka koja se može prevući		Odgovarajuća stavka
Lipids		Nucleotides
Nucleic Acids		Amino Acids
Proteins		Simple Sugars
Carbohydrates		Fatty Acids

HS-LS1-6

Obavezno

2

Which of the following is NOT true about cells?

All living cells always come from other living cells.

The cell is the basic unit of structure and function of life.

It takes many cells to make a living organism.

Obavezno

2

What is homeostasis?

the ability to detect and respond to changes in their environment.

the ability to grow and develop.

maintaining a stable internal environment.

HS-LS1-3

Obavezno

2

Which macromolecule is the primary component of cell membranes?

lipids

carbohydrates

proteins

HS-LS1-6

Obavezno

2

What is the arrangement of phospholipids in a cell membrane?

hydrophobic tails on the interior and hydrophilic heads pointing outwards.

hydrophobic heads on the interior and hydrophilic tails pointing outwards.

hydrophilic heads on the interior and hydrophobic tails pointing outwards.

Obavezno

2

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

Diffusion

Osmosis

Active transport

Obavezno

2

HS-LS1-5

HS-LS1-7

Obavezno

5

Select 5 common properties of living organisms.

Grow and reproduce.

Respond to their environment.

Get their energy from other organisms.

Are only multicellular.

Maintain a stable internal environment.

Are composed of one or more cells.

Need energy to carry out life processes.

HS-LS1-2

Obavezno

4

Consider the Carbon Cycle:
What TWO parts does photosynthesis and cellular respiration play a role in the carbon cycle?

Photosynthesis captures carbon dioxide from the atmosphere

Cellular respiration captures carbon dioxide from the atmosphere

Photosynthesis releases carbon dioxide into the atmosphere

Cellular respiration releases carbon dioxide into the atmosphere

HS-LS2-5

Obavezno

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.

Green (it won't change)

Yellow

Blue

HS-LS1-7

2

Explain why you chose your answer to #14. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

Oxygen levels increased because the snails performed cellular respiration

Carbon dioxide levels increased because the snails performed cellular respiration

Carbon dioxide levels increased because the snails performed photosynthesis

HS-LS1-7

Obavezno

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.

Green (it won't change)

Yellow

Blue

HS-LS1-5

Obavezno

2

Explain why you chose your answer to #16. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

Oxygen levels rose because the elodea performed cellular respiration

Oxygen levels increased because the elodea performed photosynthesis

Oxygen levels decreased because the elodea performed photosynthesis

HS-LS1-5

Obavezno

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.

Green (it won't change)

Yellow

Blue

HS-LS1-5

HS-LS1-7

Obavezno

2

Explain why you chose your answer to #18. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

Carbon dioxide levels increased because the snails performed cellular respiration. Oxygen levels decreased because the elodea were unable to perform photosynthesis.

Carbon dioxide levels increased because the elodea performed cellular respiration. Oxygen levels decreased because the snails were unable to perform photosynthesis.

Carbon dioxide levels increased because the snails performed cellular respiration. Oxygen levels increased because the elodea performed photosynthesis.

Obavezno

3

1.05 Unit 1 Assessment MODIFIED

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 TWO parts does photosynthesis and cellular respiration play a role in the carbon cycle?

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 #14. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

Explain why you chose your answer to #16. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

Explain why you chose your answer to #18. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

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 TWO parts does photosynthesis and cellular respiration play a role in the carbon cycle?

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 #14. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

Explain why you chose your answer to #16. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

Explain why you chose your answer to #18. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

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

1.05 Unit 1 Assessment MODIFIED

1.05 Unit 1 Assessment MODIFIED

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 TWO parts does photosynthesis and cellular respiration play a role in the carbon cycle?

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 #14. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

Explain why you chose your answer to #16. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

Explain why you chose your answer to #18. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

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 TWO parts does photosynthesis and cellular respiration play a role in the carbon cycle?

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 #14. What would you expect the carbon dioxide and oxygen levels to be like in Tube B?

Explain why you chose your answer to #16. What would you expect the carbon dioxide and oxygen levels to be like in Tube D?

Explain why you chose your answer to #18. What would you expect the carbon dioxide and oxygen levels to be like in Tube A?

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

Consider the Carbon Cycle:
What TWO parts does photosynthesis and cellular respiration play a role in the carbon cycle?

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.

Consider the Carbon Cycle:
What TWO parts does photosynthesis and cellular respiration play a role in the carbon cycle?

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.