Nuclear Power Engineering

A. Fission products
B. Plutonium
C. Unused fuel
D. All A., B. & C.

A. Slow down the secondary neutrons
B. Absorb the secondary neutrons
C. Control the chain reaction
D. None of these

A. U-235
B. U-238
C. Th-232
D. None of these

A. Geiger-Muller Counter
B. Cyclotron
C. Cold chamber
D. Mass spectrograph

A. 0.2
B. 7
C. 35
D. 50

A. Hydrogen
B. Deuterium
C. Tritium
D. Helium

A. Molten sodium
B. Heavy water
C. Ordinary water
D. Helium

A. Alwaye (in Kerala)
B. Jadugoda (in Jharkhand)
C. Kalpakkam (in Tamilnadu)
D. Gopalpur coast (in Orissa)

A. Pressurised water reactor
B. Gas cooled reactor
C. Molten sodium cooled reactor
D. Boiling water reactor

A. Should have small absorption cross-section
B. Is generally made of boron, hafnium or cadmium
C. Should have large absorption cross-section
D. Both B. and C.