More energy is released in fusion than fission.

Question

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Answer 1

Since energy released per mass is more in fusion as compared to fission, more energy is released in it. More number of neutrons are released in fission as compared to fusion and hence, more nucleons take part in fission.

Answer 2

Since energy released per mass is more in fusion as compared to fission, more energy is released in it. More number of neutrons are released in fission as compared to fusion and hence, more nucleons take part in fission.

More energy is released in fusion than fission.

More number of nucleons take part in fission.

Both Assertion and Reason are correct and Reason is the correct explanation for Assertion.

Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion.

Assertion is correct but Reason is incorrect.

Both Assertion and Reason are incorrect.

Since energy released per mass is more in fusion as compared to fission, more energy is released in it. More number of neutrons are released in fission as compared to fusion and hence, more nucleons take part in fission.

The amount of energy released in the fusion of $_{1} H^{2}$ to form a $_{2} H e^{4}$ nucleus will be :
[Binding energy per nucleon of $_{1} H^{2} = 1.1 M e V$ and $_{2} H e^{4} = 7 M e V$ ]

$1.00 k g$ of $^{235} U$ undergoes fission process. If energy released per event is $200 M e V$ , then the total energy released is

The energy released by fission from $2 g$ of $_{92}^{235} U$ in kWh is (the energy released per fission is $200 M e V$ ):

The energy released per fission of a $_{92} U^{235}$ nucleus is nearly

The energy released by the fission of $1 g$ of $^{235} U$ in joule, given that the energy released per fission is $200 M e V$ is
(Avogadros number is 6.023 x10 $^{23}$ )

Revise with Concepts

Nuclear Fusion (Phy)

Controlled Thermonuclear Fusion

More energy is released in fusion than fission.

More number of nucleons take part in fission.

Both Assertion and Reason are correct and Reason is the correct explanation for Assertion.

Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion.

Assertion is correct but Reason is incorrect.

Both Assertion and Reason are incorrect.

Since energy released per mass is more in fusion as compared to fission, more energy is released in it. More number of neutrons are released in fission as compared to fusion and hence, more nucleons take part in fission.

The amount of energy released in the fusion of 1​H2 to form a 2​He4 nucleus will be : [Binding energy per nucleon of 1​H2=1.1 MeV and 2​He4=7 MeV]

1.00kg of 235U undergoes fission process. If energy released per event is 200MeV, then the total energy released is

The energy released by fission from 2g of 92235​U in kWh is (the energy released per fission is 200MeV):

The energy released per fission of a 92​U235 nucleus is nearly

The energy released by the fission of 1g of 235Uin joule, given that the energy released per fission is 200MeV is (Avogadros number is 6.023 x1023)

Revise with Concepts

Nuclear Fusion (Phy)

Controlled Thermonuclear Fusion

The amount of energy released in the fusion of $_{1} H^{2}$ to form a $_{2} H e^{4}$ nucleus will be :
[Binding energy per nucleon of $_{1} H^{2} = 1.1 M e V$ and $_{2} H e^{4} = 7 M e V$ ]

$1.00 k g$ of $^{235} U$ undergoes fission process. If energy released per event is $200 M e V$ , then the total energy released is

The energy released by fission from $2 g$ of $_{92}^{235} U$ in kWh is (the energy released per fission is $200 M e V$ ):

The energy released per fission of a $_{92} U^{235}$ nucleus is nearly

The energy released by the fission of $1 g$ of $^{235} U$ in joule, given that the energy released per fission is $200 M e V$ is
(Avogadros number is 6.023 x10 $^{23}$ )