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Standard IX
Physics
Nuclear Fission
Q.26 When a s...
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Q.26 When a single nuclei of 92U235 is fissioned, then 200 MeV energy is released. Number of fissions that must occur per second to produce a power of 1 MW is
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Q.
200
MeV
energy is released when one nucleus of
U
235
undergoes fission. The number of fissions per second required for producing a power of
16
MW
is-
Q.
The energy released per fission of
92
U
235
is 200 Mev. The fission rate of
92
U
235
required to produce 2 watt power is
Q.
Assuming that about
200
MeV
of energy is released per fission of
92
U
235
nuclei, then the mass of
92
U
235
consumed per day in fission reactor of power
1
MW
will be approximately
Q.
How many nuclei of
92
U
235
should undergo fission, per second, to produce a power of
10
M
W
, if
200
M
e
V
of energy is released per fission of
92
U
235
?
Q.
A reactor is developing energy at the rate of
32
MW. Calculate the required number of fissions per second of
92
U
235
. Assume that energy per fission is
200
MeV.
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