Carbon inside a star is most likely formed by which process?
a. nuclear fusion
b. nuclear fission
c. beta emission
d. alpha emission

Carbon inside a star is most likely formed by nuclear fusion process.

Explanation:

For the given options:

Option a: Nuclear fusion

Nuclear fusion reaction is defined as the reaction in which lighter nuclei combine together to form a single heavier nuclei.

Option b: Nuclear fission

Nuclear fission reaction is defined as the reaction in which the heavier atoms splits into two or more lighter atoms. The number of atoms formed in this reaction increases from the given atoms.

Option c: Beta emission

Beta decay is defined as the process in which beta particle is emitted. In this process, a neutron gets converted to a proton and an electron.

Option d: Alpha emission

Alpha decay is defined as the process in which alpha particle is emitted. In this process, a heavier nuclei decays into a lighter nuclei. The alpha particle released carries a charge of +2 units.

In a star, carbon atom is formed by the process known as triple alpha process.

This process is a set of nuclear reaction in which 3 alpha or helium nuclei combine together to form carbon nucleus.

The equation representing the fusion process follows:

Hence, carbon inside a star is most likely formed by nuclear fusion process.

Sorry i dont understand the question can you rephase it?

Answerit curves up and levels out.explanationwe assume that the container contains absolutely no ammonia to begin with as it states that "nitrogen gas and hydrogen gas" react to "produce ammonia."at dynamic equilibrium, the product and reactant concentrations are equal.this means that, starting from a concentration of zero, [nh₃] must curve "up" from zero and then level out to a constant concentration.