Transcript 1.6 Review Set Photosynthesis/Cellular Respiration

1.6 Review Set
Photosynthesis/Cellular Respiration
• Mitochondria are organelles in both plant and
animal cells. What is the main function of this
organelle?
•
A. Make sure waste is packaged and
leaves the cell when necessary.
•
B. Makes glucose into ATP.
•
C. Makes the cell wall for cell protection.
•
D. Makes glucose.
• Mitochondria are organelles in both plant and
animal cells. What is the main function of this
organelle?
•
A. Make sure waste is packaged and
leaves the cell when necessary.
•
B. Makes glucose into ATP.
•
C. Makes the cell wall for cell protection.
•
D. Makes glucose.
• What is the food that plants produce during
photosynthesis?
• A. glucose
• B. chlorophyll
• C. chloroplasts
• D. carbon dioxide
• What is the food that plants produce during
photosynthesis?
• A. glucose
• B. chlorophyll
• C. chloroplasts
• D. carbon dioxide
• What do animals do with the carbon dioxide
produced in their cells during cellular
respiration?
• A. store it for later use
• B. reuse it during photosynthesis
• C. exhale it in the breathing process
• D. combine it with water to make sugar
• What do animals do with the carbon dioxide
produced in their cells during cellular
respiration?
• A. store it for later use
• B. reuse it during photosynthesis
• C. exhale it in the breathing process
• D. combine it with water to make sugar
• Green plants produce their own food during
photosynthesis. Which of these statements
about photosynthesis is true?
• A. Water is one product of photosynthesis.
• B. Oxygen is one product of photosynthesis.
• C. Chlorophyll is one product of
photosynthesis.
• D. Carbon dioxide is one product of
photosynthesis.
• Green plants produce their own food during
photosynthesis. Which of these statements
about photosynthesis is true?
• A. Water is one product of photosynthesis.
• B. Oxygen is one product of photosynthesis.
• C. Chlorophyll is one product of
photosynthesis.
• D. Carbon dioxide is one product of
photosynthesis.
An organism with chloroplasts is a
A. Consumer
B. Prokaryote
C. Producer
D. Eukaryote
An organism with chloroplasts is a
A. Consumer
B. Prokaryote
C. Producer
D. Eukaryote
Before the energy in food can be used by a cell,
it must first be transferred to molecules of
A. Proteins.
B. Carbohydrates
C. DNA
D. ATP
Before the energy in food can be used by a cell,
it must first be transferred to molecules of
A. Proteins.
B. Carbohydrates
C. DNA
D. ATP
During _________, food molecules are broken
down to form CO2 and H2O and release large
amounts of energy.
A. Fermentation
B. Photosynthesis
C. Cellular respiration
D. Cell transfer
During _________, food molecules are broken
down to form CO2 and H2O and release large
amounts of energy.
A. Fermentation
B. Photosynthesis
C. Cellular respiration
D. Cell transfer
• How do organisms get the energy they need?
• A. Plants get energy from fertilizers, and animals get
energy by drinking water.
• B. Plants get energy from glucose produced in the
soil, and animals get energy directly from sunlight.
• C. Plants do not require energy because they do not
move, and animals get energy by performing exercise.
• D. Plants break down the glucose they produced in
photosynthesis, and animals get energy from eating
other organisms.
• How do organisms get the energy they need?
• A. Plants get energy from fertilizers, and animals get
energy by drinking water.
• B. Plants get energy from glucose produced in the
soil, and animals get energy directly from sunlight.
• C. Plants do not require energy because they do not
move, and animals get energy by performing exercise.
• D. Plants break down the glucose they produced in
photosynthesis, and animals get energy from eating
other organisms.
• The survival of a cell depends on the cell
maintaining homeostasis. What is most likely to
happen to a cell if homeostasis is not
maintained?
• A. The cell will immediately divide.
• B. Cell processes will continue unchanged.
• C. The cell will eliminate wastes more efficiently.
• D. Many chemical reactions in the cell will slow
down or even stop.
• The survival of a cell depends on the cell
maintaining homeostasis. What is most likely to
happen to a cell if homeostasis is not
maintained?
• A. The cell will immediately divide.
• B. Cell processes will continue unchanged.
• C. The cell will eliminate wastes more efficiently.
• D. Many chemical reactions in the cell will slow
down or even stop.
• Which of the following is an example of a
producer?
• A. oak tree
• B. song bird
• C. polar bear
• D mushroom
• Which of the following is an example of a
producer?
• A. oak tree
• B. song bird
• C. polar bear
• D mushroom
• . Even when it is cold outside, the human
body maintains an internal temperature of 37
°C. Which term describes the maintenance of
a stable internal condition?
• A. endocytosis
• B. homeostasis
• C. mitosis
• D. photosynthesis
• . Even when it is cold outside, the human
body maintains an internal temperature of 37
°C. Which term describes the maintenance of
a stable internal condition?
• A. endocytosis
• B. homeostasis
• C. mitosis
• D. photosynthesis
6CO2 + 6H2O + Light Energy  C6H12O6 +6O2 is
the scientific formula for
A. Fermentation
B. Photosynthesis
C. Cellular Respiration
D. Binary Fission
6CO2 + 6H2O + Light Energy  C6H12O6 +6O2 is
the scientific formula for
A. Fermentation
B. Photosynthesis
C. Cellular Respiration
D. Binary Fission
• What does a cell use to break down glucose
during cellular respiration?
• A. ATP
• B. water
• C. oxygen
• D. nitrogen
• What does a cell use to break down glucose
during cellular respiration?
• A. ATP
• B. water
• C. oxygen
• D. nitrogen
Cellular respiration is the primary way animals
get their
A. Energy
B. Food
C. Mates
D. Offspring
Cellular respiration is the primary way animals
get their
A. Energy
B. Food
C. Mates
D. Offspring
• Plants make their own food during
photosynthesis. In what group do plants
belong?
• A. producers
• B. consumers
• C. chloroplasts
• D. decomposers
• Plants make their own food during
photosynthesis. In what group do plants
belong?
• A. producers
• B. consumers
• C. chloroplasts
• D. decomposers
• What does a cell use to break down glucose
during cellular respiration?
• A. ATP
• B. water
• C. oxygen
• D. nitrogen
• What does a cell use to break down glucose
during cellular respiration?
• A. ATP
• B. water
• C. oxygen
• D. nitrogen
• Plants make their own food during
photosynthesis. In what group do plants
belong?
• A. producers
• B. consumers
• C. chloroplasts
• D. decomposers
• Plants make their own food during
photosynthesis. In what group do plants
belong?
• A. producers
• B. consumers
• C. chloroplasts
• D. decomposers
C6H12O6 + 6O2  6CO2 + 6H2O + Energy (ATP) is
the scientific formula for
A. Mitosis
B. Miosis
C. Cellular Respiration
D. Photosynthesis
C6H12O6 + 6O2  6CO2 + 6H2O + Energy (ATP) is
the scientific formula for
A. Mitosis
B. Meiosis
C. Cellular Respiration
D. Photosynthesis
What three things are used to make glucose in
photosynthesis?
A. Oxygen, Carbon-Dioxide, Sunlight
B. Sunlight, ATP, and Carbon-dioxide
C. Carbon-dioxide, Water, Sunlight
D. ATP, Carbon-Dioxide, Sunlight
What three things are used to make glucose in
photosynthesis?
A. Oxygen, Carbon-Dioxide, Sunlight
B. Sunlight, ATP, and Carbon-dioxide
C. Carbon-dioxide, Water, Sunlight
D. ATP, Carbon-Dioxide, Sunlight
Where does the water come from during
photosynthesis?
A. Stem
B. Roots
C. Leaves
D. Pollen
Where does the water come from during
photosynthesis?
A. Stem
B. Roots
C. Leaves
D. Pollen
What are three sources of CO2.
A. Living organisms, oil, smokestacke
B. Plants, animals, car fumes
C. Car fumes, photosynthesis, cellular
respiration
D. Living organisms, smokestacks, car fumes
What are three sources of CO2.
A. Living organisms, oil, smokestacke
B. Plants, animals, car fumes
C. Car fumes, photosynthesis, cellular
respiration
D. Living organisms, smokestacks, car fumes
• A plant leaf is an organ that traps light energy to
make food. In what way is an animal stomach
similar to a plant leaf?
• A. Both organs make food.
• B. Both organs are made up of only one kind of
cell.
• C. Both organs are made up of several kinds of
tissues.
• D. Both organs take in oxygen and release
carbon dioxide.
• A plant leaf is an organ that traps light energy to
make food. In what way is an animal stomach
similar to a plant leaf?
• A. Both organs make food.
• B. Both organs are made up of only one kind of
cell.
• C. Both organs are made up of several kinds of
tissues.
• D. Both organs take in oxygen and release
carbon dioxide.
• What does a cell use to break down glucose
during cellular respiration?
• A. ATP
• B. water
• C. oxygen
• D. nitrogen
• What does a cell use to break down glucose
during cellular respiration?
• A. ATP
• B. water
• C. oxygen
• D. nitrogen
• Which of the following substances must
animal cells take in from the environment to
maintain homeostasis?
• A. DNA
• B. oxygen
• C. chlorophyll
• D. carbon dioxide
• Which of the following substances must
animal cells take in from the environment to
maintain homeostasis?
• A. DNA
• B. oxygen
• C. chlorophyll
• D. carbon dioxide
What is glucose used for?
A. Energy
B. Food
C. Waste Products
D. Cellular respiration
What is glucose used for?
A. Energy
B. Food
C. Waste Products
D. Cellular respiration
• What green pigment is found inside a
chloroplast?
• A. oxygen
• B. carbon dioxide
• C. sunlight
• D. chlorophyll
• What green pigment is found inside a
chloroplast?
• A. oxygen
• B. carbon dioxide
• C. sunlight
• D. chlorophyll
• What type of energy does the plant use to
convert CO2 and H2O into sugar?
• A. Light Bulb
• B. Glucose
• C. Sunlight
• D. Electricity
• What type of energy does the plant use to
convert CO2 and H2O into sugar?
• A. Light Bulb
• B. Glucose
• C. Sunlight
• D. Electricity
Mitochondria are
A. Plant organelles used to convert glucose to
ATP.
B. Animal organelles used to convert glucose to
ATP.
C. Animal organelles used to make oxygen in
cells.
D. Plant organelles used to produce carbon
dioxide in cells.
Mitochondria are
A. Plant organelles used to convert glucose to
ATP.
B. Animal organelles used to convert glucose
to ATP.
C. Animal organelles used to make oxygen in
cells.
D. Plant organelles used to produce carbon
dioxide in cells.
• Which of the following is a plant organ
responsible for trapping light energy to make
food?
• A. leaf
• B. fruit
• C. petal
• D. root
• Which of the following is a plant organ
responsible for trapping light energy to make
food?
• A. leaf
• B. fruit
• C. petal
• D. root
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The food making process is called...?
A. Cellular Respiration
B. Planting
C. ATP
D. Photosynthesis
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The food making process is called...?
A. Cellular Respiration
B. Planting
C. ATP
D. Photosynthesis
What process happens in mitochondria?
A. Photosynthesis
B. Cellular Respiration
C. Oxygen exchange
D. Carbon dioxide release
What process happens in mitochondria?
A. Photosynthesis
B. Cellular Respiration
C. Oxygen exchange
D. Carbon dioxide release
• What are the raw materials (reactants) for
photosynthesis?
• A. C6H12O6
• B. CO2 + H2O + Energy
• C. Only Energy
• D. Only CO2
• What are the raw materials (reactants) for
photosynthesis?
• A. C6H12O6
• B. CO2 + H2O + Energy
• C. Only Energy
• D. Only CO2
What is the chemical energy in the cell called?
A. Photosynthesis
B. Cellular respiration
C. Glucose
D. ATP
What is the chemical energy in the cell called?
A. Photosynthesis
B. Cellular respiration
C. Glucose
D. ATP
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What gas is released during photosynthesis?
A. Carbon dioxide
B. Oxygen
C. Glucose
D. Water vapor
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What gas is released during photosynthesis?
A. Carbon dioxide
B. Oxygen
C. Glucose
D. Water vapor
• Where are most photosynthetic cells found in
plants?
• A. Roots
• B. Stem
• C. Leaves
• D. Pollen
• Where are most photosynthetic cells found in
plants?
• A. Roots
• B. Stem
• C. Leaves
• D. Pollen
What is the chemical energy in the cell called?
A. Mitochondria
B. Glucose
C. ATP
D. Cellular Respiration
What is the chemical energy in the cell called?
A. Mitochondria
B. Glucose
C. ATP
D. Cellular Respiration
• How do we get rid of the waste products in
cellular respiration?
• By breathing out.
• By breathing in.
• Through urination.
• Through bowel movement.
• How do we get rid of the waste products in
cellular respiration?
• By breathing out.
• By breathing in.
• Through urination.
• Through bowel movement.