Power Plant Engineering Reactors for propulsion applications are designed for Any form of uranium Enriched uranium Natural uranium Plutonium Any form of uranium Enriched uranium Natural uranium Plutonium ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering One gram of uranium will produce energy equivalent to approximately 100 tonnes of high grade coal 1 tonne of high grade coal 10 tonnes of high grade coal 4.5 tonnes of high grade coal 100 tonnes of high grade coal 1 tonne of high grade coal 10 tonnes of high grade coal 4.5 tonnes of high grade coal ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering A fast breeder reactor Uses ferrite material as moderator Has powerful moderator Uses graphite rods as moderator Has no moderator Uses ferrite material as moderator Has powerful moderator Uses graphite rods as moderator Has no moderator ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Pick up the wrong statement Fast reactor uses moderator Slow or thermal neutrons have energy of the order or 0.025 eV Fast neutrons have energies above 1000 eV In a heterogeneous or solid fuel reactor, the fuel is mixed in a regular pattern within moderator Fast reactor uses moderator Slow or thermal neutrons have energy of the order or 0.025 eV Fast neutrons have energies above 1000 eV In a heterogeneous or solid fuel reactor, the fuel is mixed in a regular pattern within moderator ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering A fission chain reaction in uranium can be developed by Slowing down fast neutrons so that Uz fission continues by slow motion neutrons Accelerating fast neutrons Absorbing all neutrons Using moderator Slowing down fast neutrons so that Uz fission continues by slow motion neutrons Accelerating fast neutrons Absorbing all neutrons Using moderator ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Enriched uranium is required as a fuel in a nuclear reactor, if light water is used as moderator and coolant, because light water has High neutron absorption cross-section Low neutron absorption cross-section Low moderating efficiency High neutron scatter cross-section High neutron absorption cross-section Low neutron absorption cross-section Low moderating efficiency High neutron scatter cross-section ANSWER DOWNLOAD EXAMIANS APP
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