Power Plant Engineering Each fission of U₂₃₅ produces following number of fast neutrons per fission 1, 2 neutrons 2 neutrons 3 neutrons 1 neutron 1, 2 neutrons 2 neutrons 3 neutrons 1 neutron ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering fission chain reaction in uranium can be developed by Accelerating fast neutrons Slowing down fast neutrons so that Uz fission continues by slow motion neutrons Absorbing all neutrons Using moderator Accelerating fast neutrons Slowing down fast neutrons so that Uz fission continues by slow motion neutrons Absorbing all neutrons Using moderator ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering The presence of reflector in nuclear power plants results in Controlled production of neutrons Decreased leakage of neutrons Complete absorption of neutrons Increased production of neutrons Controlled production of neutrons Decreased leakage of neutrons Complete absorption of neutrons Increased production of neutrons ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering When a reactor becomes critical, then the production of neutrons is Exactly balanced by the loss of neutrons through leakage Infinite Zero Initiated Exactly balanced by the loss of neutrons through leakage Infinite Zero Initiated ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering In triggering fission, which types of neutrons are more effective? Slow Fast In bulk Static Slow Fast In bulk Static ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering In a fission process, maximum percentage of energy is released as Instantaneous release of gamma rays Gradual radioactive decay of fission products Kinetic energy of fission products Kinetic energy of neutrons Instantaneous release of gamma rays Gradual radioactive decay of fission products Kinetic energy of fission products Kinetic energy of neutrons ANSWER DOWNLOAD EXAMIANS APP
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