THIS IS IMPORTANT

Plants take energy in the form of ___ and convert it to the form of _.

Question 1 options:

Light, sugar

Water, carbon dioxide

Light, carbon dioxide

Water, sugar

Question 2 (1 point)
Saved
The products of photosynthesis are ______________.

Question 2 options:

Sugar and water

Sugar and oxygen

Water and carbon dioxide

Oxygen and water

Question 3 (1 point)
Saved
_ molecules drive photosynthesis by absorbing energy from light.

Question 3 options:

Sugar

Carbon dioxide

Oxygen

Pigment

Question 4 (1 point)
When a photon of light energy reaches a reaction center chlorophyll molecule, what becomes excited?

Question 4 options:

A carbon dioxide molecule

An atom of oxygen

A molecule of water vapor

An electron

Question 5 (1 point)
The products of the light-dependent reactions of photosynthesis are _____.

Question 5 options:

Sugar and oxygen

ATP, NADPH, and oxygen

Sugar and water

ATP and sugar

Question 6 (1 point)
is the final electron acceptor in photosystem I.

Question 6 options:

Chlorophyll

Water

Oxygen

NADP+

The photosynthesis chemical equation states that the reactants (carbon dioxide, water and sunlight), yield two products, glucose and oxygen gas. Molecules called pigments absorb energy from light. The main pigment in photosynthesis is called chlorophyll. Chlorophyll exists in several different forms in different organisms. Chlorophyll a is the main photosynthetic pigment found in land plants and algae. A photon of light energy travels until it reaches a molecule of chlorophyll. The photon causes an electron in the chlorophyll to become “excited.” The energy given to the electron allows it to break free from an atom of the chlorophyll molecule. Chlorophyll is therefore said to “donate” an electron. In light-dependent reactions, the energy from sunlight is absorbed by chlorophyll and converted into chemical energy in the form of electron carrier molecules like ATP and NADPH. The final electron acceptor is NADP. In oxygenic photosynthesis, the first electron donor is water, creating oxygen as a waste product.

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