Nuclear Power Engineering

A. Less atomic number
B. Less atomic weight
C. More atomic number
D. More atomic weight

A. 5
B. 10
C. 20
D. 30

A. Heating it
B. Cooling it
C. Surrounding it by neutron reflecting material
D. Surrounding it by neutron absorbing material

A. 9.31
B. 93.1
C. 931
D. 9310

A. β-rays
B. X-rays
C. γ-rays
D. Ultra violet rays

A. Graphite as moderator
B. Water as coolant
C. Molten sodium as coolant as well as moderator
D. U-235 as fuel

A. Neutrons
B. Electrons
C. Protons
D. Nucleons

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

A. Producing high neutron flux 1012-1013 neutrons/cm2, sec and studying the effect of neutron
bombardment on different materials
B. Accelerating the neutrons
C. Power generation
D. None of these

A. Power generation
B. Treatment of certain diseases
C. Initiating nuclear fission and fusion
D. All A., B. and C.