During photosynthesis, cells capture the energy of sunlight using (thylakoid / stroma / NADPH / chlorophyll), which is a type of (nucleotide / carbohydrate / hormone / pigment). Photosynthesis also relies on a compound called (ATP synthase / NADP+ / glucose / DNA), which is an electron (sink / source / carrier / donor) that accepts and transfers high-energy electrons.

During Photosynthesis, cells capture the energy of sunlight using chlorophyll, which is a type of  pigment.  

Photosynthesis also relies on a compound called  NADP+ which is an electron carrier / donor that accepts and transfers high-energy electrons.

Photosynthesis involves the conversion of light energy from Sunlight into Chemical energy. Photosynthetic organisms use this process to produce their food.

The light rays are captured by a green pigment called Chlorophyll which helps to catalyze the reaction of Carbon dioxide and  water to produce Sugar and Oxygen.

The NAD+ found in the chloroplast which produces the chlorophyll  is an electron carrier which accepts and transfers high energy electrons in order to ensure the process takes place.

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Chlorophyll

Pigment

NADP+

Carrier

Explanation:

Photosynthesis is the process where green plants synthesize their food in form of sugars using sunlight energy. Photosynthetic process occurs in two stages namely: Light dependent stage and Light independent stage.

In the light dependent stage, which occurs in the thylakoid lumen, cells capture the energy of sunlight using CHLOROPHYLL, a type of PIGMENT found in the chloroplast. However, photosynthesis also relies on a compound called NADP+, which serves as an ELECTRON CARRIER that accepts electrons to become NADPH and transfers its stored high-energy electrons.

the correct answer is b