How is oxygen produced in the light-dependent reactions?

By the oxidation of water in Photosystem II

Through the reduction of carbon dioxide

As a byproduct of ATP synthesis

What is the significance of the high-energy electrons generated in Photosystem II?

They drive the synthesis of ATP via the electron transport chain.

They are used to synthesize glucose directly.

They are used to reduce NADP+ to NADPH.

They are directly involved in the fixation of carbon dioxide.

Imagine a plant in your backyard garden. What is the role of light in Photosystem II within the chloroplasts of this plant's leaves?

It splits water molecules to release oxygen.

It excites electrons to a higher energy level.

ATP synthase produces ATP in the light-dependent reactions by

using the energy from the proton gradient

using the energy from the electron transport chain

using the energy from the Calvin cycle

using the energy from the citric acid cycle

In a large-scale agricultural farm, what is the primary role of water in the light-dependent reactions occurring within the crops?

It provides the electrons needed for the electron transport chain.

It acts as a source of carbon for glucose synthesis.

It is the primary substrate for ATP synthase.

It captures light energy for Photosystem I.

In a hydroelectric power plant, which process is analogous to the role of ATP synthase in Photosynthesis?

The generation of electricity by the turbine

The splitting of water in the dam

The conversion of mechanical energy into electrical energy

The absorption of sunlight by solar panels

Why is Photosystem II named so, despite occurring before Photosystem I in the light-dependent reactions of photosynthesis in plants?

It was discovered after Photosystem I.

It operates at a slower rate than Photosystem I.

It is less efficient than Photosystem I.

It requires more light energy than Photosystem I.

During a sunny day in a forest, what happens to the oxygen produced as a byproduct of the light-dependent reactions in the leaves of trees?

It is expelled from the plant as O $$_2$$ .

It is used in the Calvin cycle.

It is used to oxidize NADPH to NADP+.

It is stored in the chloroplast for later use.

Imagine a vast field of sunflowers soaking up the sunlight. What is the primary purpose of the light-dependent reactions happening in the leaves of these sunflowers during photosynthesis?

To generate ATP and NADPH needed for the Calvin cycle

To absorb carbon dioxide from the atmosphere

To release oxygen into the atmosphere

In a garden, how do the light-dependent reactions of the plants' photosynthesis process contribute to their growth?

By providing the energy and reducing power for the synthesis of organic molecules in the Calvin cycle, essential for plant growth

By directly synthesizing glucose from carbon dioxide in the air

By converting ATP back into ADP and Pi, releasing energy

By transporting water from the roots to the leaves through the stem

What is the significance of the proton gradient created across the thylakoid membrane?

It drives the synthesis of ATP by ATP synthase.

It is used to reduce carbon dioxide to glucose.

It facilitates the diffusion of oxygen out of the chloroplast.

It directly splits water molecules into hydrogen and oxygen.

In a garden's ecosystem, what role does chlorophyll play in the plants' light-dependent reactions during photosynthesis?

It captures light energy and transfers it to the electron transport chain.

It acts as the primary electron donor.

It fixes carbon dioxide into organic molecules.

Light Dependent Reactions Quiz

12th Grade

•

29 Qs

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Light Dependent Reactions Quiz

Quiz

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Biology

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12th Grade

•

Practice Problem

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Medium

•

HS-LS1-5

Standards-aligned

Lauren Shoemaker

Used 10+ times

FREE Resource

29 questions

Show all answers

MULTIPLE CHOICE QUESTION

1 min • 1 pt

In a large forest, a group of scientists is studying a process crucial for life on Earth. They focus on a specific aspect of photosynthesis in plants. What is the primary function of Photosystem II in this context?

Production of ATP

Splitting of water molecules

Reduction of NADP+ to NADPH

Absorption of carbon dioxide

Tags

HS-LS1-5

HOTSPOT QUESTION

1 min • 1 pt

Where is PSII?

Tags

HS-LS1-5

HOTSPOT QUESTION

1 min • 1 pt

Where is PSI?

Tags

HS-LS1-5

HOTSPOT QUESTION

1 min • 1 pt

Where is ATP Synthase?

Tags

HS-LS1-5

HOTSPOT QUESTION

1 min • 1 pt

Where is ATP and ADP?

Tags

HS-LS1-5

HOTSPOT QUESTION

1 min • 1 pt

Where is NADP+ and NADPH?

Tags

HS-LS1-5

MULTIPLE CHOICE QUESTION

1 min • 1 pt

In a plant's photosynthesis process, which molecule acts as the final electron acceptor in the light-dependent reactions?

Oxygen

ATP

NADP+

Carbon dioxide

Tags

HS-LS1-5

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Light Dependent Reactions Quiz

29 questions

In a large forest, a group of scientists is studying a process crucial for life on Earth. They focus on a specific aspect of photosynthesis in plants. What is the primary function of Photosystem II in this context?

Where is PSII?

Where is PSI?

Where is ATP Synthase?

Where is ATP and ADP?

Where is NADP+ and NADPH?

In a plant's photosynthesis process, which molecule acts as the final electron acceptor in the light-dependent reactions?

Imagine you are a botanist studying the process of photosynthesis in a lab. You are particularly focused on the light-dependent reactions. What is the main product of Photosystem I that you would expect to observe?

Imagine you're a scientist studying photosynthesis in plants. You're particularly interested in the phase where light energy is converted into chemical energy. In which part of the chloroplast does this light-dependent reaction occur?

Imagine a power plant within a cell, where the main goal is to produce energy. What role does the electron transport chain play in this cellular power plant during the light-dependent reactions?

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