Category: Nuclear Power Plants

A. protons and neutrons in an atom
B. protons and electrons in an atom
C. neutrons and electrons in an atom
D. protons and neutrons in a nucleus
E. protons and electrons in a nucleus

A. unity
B. more than unity
C. less than unity
D. zero
E. infinity

A. electron-volt
B. electron-ampere
C. curie
D. MeV
E. AMU

A. 99.282% U238, 0.712% U235, 0.006% U234
B. 99.282% U235, 0.712% U238, 0.06%’ U234
C. 99.282% U234, 0.712% U238, 0.006% U235
D. 99.282% U235, 0.712% U234, 0.006% U238
E. none of the above

A. enriched uranium
B. plutonium
C. thorium
D. U
E. natural uranium.

A. 1 MeV
B. 2.4 MeV
C. 4.3 MeV
D. 7.8 MeV
E. 20 MeV

A. as basic raw material
B. by neutron irradiation of Uz
C. by neutron irradiation of throium
D. artificially
E. in high capacity furnace

A. Ulii
B. U
C. U238
D. Pu:
E. Pu

A. gas cooled
B. liquid metal cooled
C. pressurised water
D. boiling water
E. none of the above

A. 1
B. 2
C. U
C. 3
E. 0