How do the light reactions help the Calvin cycle apex?
The light reactions capture energy from sunlight, which they change to chemical energy that is stored in molecules of NADPH and ATP
. … The reactions of the Calvin cycle add carbon (from carbon dioxide in the atmosphere) to a simple five-carbon molecule called RuBP.
How does the light-dependent reaction and the Calvin cycle work together?
The light-dependent reactions release oxygen as a byproduct as water is broken apart. In the Calvin cycle, which takes place in the stroma,
the chemical energy derived from the light-dependent reactions drives both the capture of carbon in carbon dioxide molecules and the subsequent assembly of sugar molecules
.
Do the light reactions of photosynthesis depend on the Calvin cycle?
The Calvin cycle refers to the light-independent reactions in photosynthesis that take place in three key steps. Although the Calvin Cycle is not directly dependent on light,
it is indirectly dependent on light
since the necessary energy carriers (ATP and NADPH) are products of light-dependent reactions.
What transports electrons from the light reactions to the Calvin cycle?
What transports electrons from the light reactions to the Calvin cycle?
NADPH is an electron carrier
that picks up electrons in the light reactions and releases them in the Calvin cycle.
What is the purpose of the light reaction?
Explanation: The light reactions are the steps of the photosynthesis that function to
convert solar energy into chemical energy
that can be used during the Calvin cycle.
What is the importance of the light reaction stage to the Calvin cycle and vice versa?
The light dependent reaction of photosynthesis
provides two important requirements ATP and NADPH
to the Calvin Cycle. ATP-It is a energy rich compound. The light energy is stored in it. It provides the energy for the formation of energy rich chemical bonds in glucose.
How do the light reactions and the Calvin cycle work together to build glucose apex?
How does the light reactions and Calvin cycle work together to build glucose?
The Calvin Cycle uses the NADPH and ATP from the Light Reactions to “fix” carbon and produce glucose
. Carbon dioxide enters the Calvin Cycle when Rubisco attaches it to a 5-carbon sugar.
What happens during the Calvin cycle How does the Calvin cycle depend on the light reactions quizlet?
How does the Calvin cycle depend on the Light reactions? –
The ATP provides the energy, and the NADPH supplies the electrons for the Calvin cycle, which converts carbon dioxide to sugar
. The ADP and NADP+ that result from the Calvin cycle shuttle back to the light reactions, which regenerate ATP and NADPH.
Do the light reactions of photosynthesis depend on the Calvin cycle quizlet?
This is because the Calvin cycle needs the ATP and NADPH produced by the light reactions. In this way,
the Calvin cycle depends on the light reactions
.
Where do electrons get their energy in the light reactions apex?
Where do electrons get their energy in the light reactions? Answer:
The energy of light captured by pigment molecules, called chlorophylls, in chloroplasts
is used to generate high-energy electrons with great reducing potential.
What provides electrons for the light reactions?
Light reactions occur when plants synthesize food from carbon dioxide and water, referring specifically to the part of energy production that requires light and water to generate electrons needed for further synthesis.
Water provides the electrons by splitting into hydrogen and oxygen atoms
.
Why are electrons important in light-dependent reactions?
NADPH will travel to the Calvin cycle, where its electrons are used
to build sugars from carbon dioxide
. The other ingredient needed by the Calvin cycle is ATP, and this too is provided by the light reactions.
What is the main purpose of the light reactions Quizizz?
Light causes electrons to get excited (gain energy) and travel down the electron transport chain embedded in the thylakoid membrane
. Light causes the conversion of water into carbon dioxide, oxygen, and electrons.
What happens in the light reaction?
The light reaction takes place in the thylakoid discs. There,
water (H
2
0) is oxidized, and oxygen (O
2
) is released
. The electrons freed up from water are transfered to ATP and NADPH. The dark reaction occurs outside of the thylakoids.
What is the purpose of the light reactions in photosynthesis experiment?
The light reaction is used
to convert sunlight into chemical energy stored in ATP and another energy storage molecule called NADP
. The light-independent reaction or Calvin Cycle takes carbon dioxide and fixes it in three-carbon molecules which will eventually be synthesized into glucose.
What is the relationship between light-dependent reaction and light-independent reaction?
The light-dependent reactions convert light energy into chemical energy
. The goal of the light-dependent reactions of photosynthesis is to collect energy from the sun and break down water molecules to produce ATP and NADPH. These two energy-storing molecules are then used in the light-independent reactions.
What is the relationship between the light reactions and the Calvin cycle See section 7.3 page?
What is the relationship between the light reactions and the Calvin cycle?
The light reactions produce oxygen by splitting water. The Calvin cycle produces sugar by fixing CO2.
Do you support this claim the light reactions do not depend on the Calvin cycle Why or why not?
If a classmate asserted that the light reactions don't depend on the Calvin cycle, could just keep on producing ATP and NADPH, how would you respond?
The light reactions could not keep producing NADPH and ATP w/out the NADP+, ADP, and phosphate that the Calvin cycle generates
. The two cycles are interdependent.
What is produced during the light reaction quizlet?
(In the light reactions, the energy of sunlight is used to oxidize water (the electron donor) to O2 and pass these electrons to NADP+, producing
NADPH
. Some light energy is used to convert ADP to ATP. The NADPH and ATP produced are subsequently used to power the sugar-producing Calvin cycle.)
