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.

Read more on link

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 2 and 4