Question

What is the product of the following nuclear reaction?

^50 v25 Mn (positron emission)
A. ^49 v24 Cr
B. ^49 v25 Mn
C. ^50 v24 Cr
D. ^50 v25 Mn (excited state)

Answer 1

Main Answer:

The product of the given nuclear reaction
`^50 v25` Mn (positron emission) is C.
`^50 v24 Cr.`

Therefore, the correct answer is C.
`^50 v24 Cr.`

Step-by-step explanation:

In a positron emission reaction, a proton is converted into a neutron, and a positron is emitted. The given reaction
`^50 v25` Mn (positron emission) involves the transformation of manganese-50 with 25 protons into an isotope of chromium. Specifically, the positron emission results in the loss of a proton, converting manganese-50 into chromium-50 with 24 protons. This leads to the formation of
`^50 v24 Cr`.

Positron emission is a type of radioactive decay where a proton is transformed into a neutron, and a positron is emitted to conserve charge. In this case, the original manganese isotope undergoes this decay process, resulting in a new chromium isotope with one less proton.

Understanding nuclear reactions is crucial in fields such as nuclear physics and nuclear medicine. Positron emission, in particular, plays a significant role in medical imaging techniques like positron emission tomography (PET) scans.

In conclusion, the correct product of the given nuclear reaction is
`^50 v24 Cr`, as the positron emission transforms manganese-50 into chromium-50 with one less proton.

Therefore, the correct answer is C.
`^50 v24 Cr.`