Question

Summarize how the light-capturing reactions and the calvin cycle transform light energy to chemical energy.

Answer 1

The main purpose of light capturing reaction is to turn light energy into chemical energy.  The chemical energy that is made available by the light-capturing reaction will be used by the Calvin cycle to fuel sugar molecules.

The light-dependent reaction makes use of light energy to produce two molecules (ATP and NADPH) which are very essential for the next stage of production to take place.

Further Explanation

The two molecules that are produced by the light-dependent reaction are used to produce sugar molecules that are required  for the Galvin cycle to take place

The transfer of electrons that occurred during the Light-dependent reaction was made possible by the capturing of energy from the sun which takes place in the chlorophyll.

Photosystems also play a significant role in the light reactions. they are made up of large complexes and proteins that capture light during the energy transforming process.

The photosystems are of two types: photosystem I (PSI) and photosystem II (PSII), the two photosystems are made up of pigments that help to capture light energy and also helps to collect pairs of molecules.

Therefore, the main purpose of light capturing reaction is to turn light energy into chemical energy

LEARN MORE:

• How do the light reactions and calvin cycle work together to bulid glucose?  brainly.com/question/3199721
• Which substance from the light-dependent reactions of photosynthesis is the source of energy for the Calvin Cycle?  brainly.com/question/3926202

KEYWORDS:

• calvin cycle
• life capturing reactions
• photosystems
• plants
• chemical energy
• sugar molecules

Answer 2

Starting with the retention of light by chlorophyll, the light responses change over light vitality into concoction vitality as ATP and NADPH. The ATP gives the vitality, and the NADPH supplies the electrons for the Calvin cycle, which changes over carbon dioxide to sugar.