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devlian [24]
4 years ago
6

Which of these forces in carbon-14 isotopes transforms a neutron into a proton? gravitational forces electromagnetic forces weak

nuclear forces strong nuclear forces
Physics
2 answers:
dolphi86 [110]4 years ago
7 0

Answer:

Weak Nuclear Forces

Explanation:

Whenever a neutron gets converted to a proton, electron is also released along with the proton.

n → p + e where n denotes the neutron, p denotes the proton

and e denotes the electron.

This is also called beta decay. This is a weak force since it involves decay.

A strong nuclear force is one which is like the binding of a neutron and the proton in a nucleus.

Allisa [31]4 years ago
5 0
I think the correct answer is the third option. It is the weak nuclear forces in carbon-14 isotopes that transforms a neutron into a proton emitting a beta particle. This weak force is responsible for all radioactive decay and is important in nuclear fission.
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Answer:

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Explanation:

Using the first law of thermodynamics:

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From the previous equation we solve for heat, because it is the unknown variable in this problem

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The negative sign shows us that the heat is tranferred from the system into the surroundings.

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<span>Well, since it's in the shape of a wheel and the person walks around the edge of it, they must have a centripetal acceleration. Since a=v^2/r you can solve for "v" using 2.20 as your "a" and 59.5 as your "r" (r=half of the diameter).
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Answer:

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