A. < 0.025
B. > 1
C. 1-25
D. > 200
A. Melting point, hence can be subjected to higher temperature
B. Density; hence core volume for a given power output would be smaller
C. Resistance to effects of irradiation
D. All A., B. and C.
A. Thorium
B. Plutonium
C. Uranium
D. None of these
A. Maintaining constant pressure in the primary cooling circuit under varying loads
B. Superheating the steam
C. Pressurising the water in the primary coolant circuit
D. None of these
A. 0.71
B. 6.31
C. 99.29
D. 12.73
A. Fuel elements
B. Operating personnels
C. Walls of the reactor
D. None of these
A. High carbon steel
B. Molybdenum
C. Zircaloy
D. Boron or cadmium