contestada

Which molecule must enter the Calvin cycle continually for the light-independent reactions to take place?

RuBisCO
RuBP
3-PGA
CO2

Respuesta :

Answer:

The correct answer is option - CO₂.

Explanation:

The calvin cycle is the light independent reaction which is a series of chemical reaction in which a six carbon molecule RuBP incorporates CO₂ molecule to convert it into 3-PGA an organic material.

Carbon dioxide molecule is important to be incorporated into this process of the calvin cycle. Rest of the molecules are already present in the process.

Thus, the correct answer is option - carbon dioxide.

An accurate solution is an option-[tex]CO 2[/tex].

The calvin cycle is the mild unbiased response that's a chain of chemical responses wherein a six carbon molecule RuBP contains CO molecule to transform it into 3-PGA an natural material.

Carbon dioxide molecule is critical to be integrated into this system of the Calvin cycle. Rest of the molecules are already gift withinside the system.

What is the Calvin cycle?

Calvin cycle is a cycle of light-unbiased reactions going on in the stoma of the chloroplast. It entails the conversion of carbon dioxide into glucose.

Thus, the suitable solution is an option - carbon dioxide.

To know more about the Calvin cycle refer to the link :

https://brainly.com/question/12243757