Category: Nuclear Power Engineering

A. 0.71
B. 99.29
C. 0.015
D. 29.71

A. Electron
B. Proton
C. Neutron
D. Position

A. Cannot attain a high temperature
B. Is more efficient as gas has a higher specific heat
C. Can produce only saturated steam for feeding to power turbine
D. None of these

A. Radioactive decay
B. Thermionic emission
C. Nuclear fusion
D. Combustion

A. Number of neutrons
B. Mass number
C. Electronic configuration
D. Atomic weight

A. Uranium
B. Polonium
C. Hafnium
D. Thorium

A. U-233
B. U-235
C. U-238
D. Pu-239

A. Absence of earthquake prone zone in nearby areas
B. Abundant availability of water
C. Remotely located from residential areas
D. Proximity to fuel source

A. Pitchblende
B. Monazite sand
C. Cassiterite
D. Chalcopyrite

A. Good absorber of neutrons
B. Solid substance
C. Poor absorber of neutrons
D. None of these