The fission reaction of U 235 takes place with the release ofA- 200 MeV of energyB- 356 MeV of energyC- 400 MeV of energyD- 525 MeV of energy

Question 8
In an ecosystem, the 10% of the energy available to the next trophic level is in the form of

(a) heat energy
(b) light energy
(c) chemical energy
(d) mechanical energy

Q. How many grams of

U^{235}

is required to produce

8 \times 10^{11} J

of energy, if

200 M e V

of energy is released when one

U^{235}

atom undergoes fission?

[Assume every atom disintegrates in the process]

Q. The energy released per fission reaction of

U^{235}

200 MeV

. Find the energy released by the fission of

1 g

U^{235}

(Avogadro number, N_{A} = 6.023 \times 10^{23})

Join BYJU'S Learning Program

The fission reaction of U235 takes place with the release of

The correct option is A 200 MeV of energy The fission reactionswith 92U235 are represented as 92U235+0n1 → 56Ba141+36Kr92+30n1+200MeV In this example, the fission reaction is taking place with the release of 3 neutrons and 200 million electron volts of energy.

The fission reaction of $U_{235}$ takes place with the release of