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.(92)^(235)U+(0)^(1)n rarr (56)^(139)Ba ...

`._(92)^(235)U+_(0)^(1)n rarr _(56)^(139)Ba +_(36)^(94)Kr +3_(0)^(1)n+200MeV`
Total energy released (in MeV) after `5^(th)` stage of fission is:

A

48600

B

16200

C

24200

D

None of these

Text Solution

Verified by Experts

The correct Answer is:
C
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NARENDRA AWASTHI-CHEMICAL KINETIC & NUCLEAR CHEMISTRY-Level 1 (Q.93 To Q.122)
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  4. Consider the following decay .(Z)^(A)Xrarr(Z-1)^(A)Y+(+1)^(0)e,(beta^(...

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  5. Which of the following emissions do not cause the emission of X-ray ?

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  7. ………. Is produced when a positron and an electron collide.

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  8. .(67)^(165)Ho is stable isotope. .(67)^(150)Ho is expected to distegra...

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  10. Emission of beta -particle is equivatent to:

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  11. Pair of isobar is :

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  12. The 'group displacement law' was given by :

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  14. Identify reaction type: .(13)^(27)Al+(1)^(2)H rarr (13)^(28)Al+(1)^(...

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  15. .(13)^(27)Al+(1)^(1)P rarr X +(0)^(0)gamma, type artifical radioactive...

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  16. What will be the product of reaction .(101)^(255)Md(alpha,2n)?

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  17. .(92)^(235)U+(0)^(1)n rarr (56)^(139)Ba +(36)^(94)Kr +3(0)^(1)n+200MeV...

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  18. Proton bombardment on Th^(230) followed by emission of two alpha parti...

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  19. .(83)^(214)Bi decays to A by alpha -emission . A then decays to B by b...

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