Four nuclei of an element undergo fusion to form a heavier nucleus, with release of energy. Which of the two - the parent or the daughter nucleus - would have higher binding energy per nucleon?

Question

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Answer 1

Since the unstable parent nuclei fuse to form a heavier stable daughter nuclei in a nuclear fusion reaction releasing some energy. So, daughter nuclei is more stable than parent nuclei. Thus daughter nucleus has more binding energy per nucleon than parent nucleus.

Answer 2

Since the unstable parent nuclei fuse to form a heavier stable daughter nuclei in a nuclear fusion reaction releasing some energy. So, daughter nuclei is more stable than parent nuclei. Thus daughter nucleus has more binding energy per nucleon than parent nucleus.

Four nuclei of an element undergo fusion to form a heavier nucleus, with release of energy. Which of the two - the parent or the daughter nucleus - would have higher binding energy per nucleon?

Since the unstable parent nuclei fuse to form a heavier stable daughter nuclei in a nuclear fusion reaction releasing some energy. So, daughter nuclei is more stable than parent nuclei. Thus daughter nucleus has more binding energy per nucleon than parent nucleus.

The binding energy per nucleon of $_{26} F^{56}$ nucleus is

Binding energy per nucleon versus mass number curve for nuclei is shown in fig.W, X, Y, and Z are four nuclei indicated on the curve. The process that would release energy is

Answer the following question:
A heavy nucleus splits into two lighter nuclei. Which one of the two-parent nucleus or the daughter nuclei has more binding energy per nucleon ?

The binding energy per nucleon for the parent nucleus is $E_{1}$ and that for the daughter nuclei is $E_{2}$ . Then :

The binding energy per nucleon for the parent nucleus is $E_{1}$ and that for the daughter nuclei is $E_{2}$ .Then

Revise with Concepts

Nuclear Binding Energy

Four nuclei of an element undergo fusion to form a heavier nucleus, with release of energy. Which of the two - the parent or the daughter nucleus - would have higher binding energy per nucleon?

Since the unstable parent nuclei fuse to form a heavier stable daughter nuclei in a nuclear fusion reaction releasing some energy. So, daughter nuclei is more stable than parent nuclei. Thus daughter nucleus has more binding energy per nucleon than parent nucleus.

The binding energy per nucleon of 26​F56 nucleus is

Binding energy per nucleon versus mass number curve for nuclei is shown in fig.W, X, Y, and Z are four nuclei indicated on the curve. The process that would release energy is

Answer the following question: A heavy nucleus splits into two lighter nuclei. Which one of the two-parent nucleus or the daughter nuclei has more binding energy per nucleon ?

The binding energy per nucleon for the parent nucleus is E1​ and that for the daughter nuclei is E2​. Then :

The binding energy per nucleon for the parent nucleus is E1​ and that for the daughter nuclei is E2​.Then

Revise with Concepts

Nuclear Binding Energy

The binding energy per nucleon of $_{26} F^{56}$ nucleus is

Answer the following question:
A heavy nucleus splits into two lighter nuclei. Which one of the two-parent nucleus or the daughter nuclei has more binding energy per nucleon ?

The binding energy per nucleon for the parent nucleus is $E_{1}$ and that for the daughter nuclei is $E_{2}$ . Then :

The binding energy per nucleon for the parent nucleus is $E_{1}$ and that for the daughter nuclei is $E_{2}$ .Then