Category: Nuclear Power Engineering

A. Isotopes
B. Isobars
C. Isotones
D. None of these

A. Progressively increases
B. Progressively decreases
C. Remains constant throughout
D. May increase or decrease depending on the material

A. X
B. α and β
C. Neutrons & gamma
D. Infrared

A. Electron capture
B. β-emission
C. α-emission
D. Positron emission

A. Uranium oxide
B. Uranium hexafluoride
C. Uranium carbide
D. Uranium sulphate

A. A + Z
B. A – Z
C. A
D. Z

A. Resembles steel in appearance
B. Is less hard (in the range of silver)
C. Is highly ductile
D. All A., B. and C.

A. Talcher (Orissa)
B. Kaiga (Karnataka)
C. Rawatbhata (Rajasthan)
D. Kalpakkam (Tamilnadu)

A. Converted into fissile material on absorption of neutron
B. Fissioned by slow (thermal) neutrons
C. Fissioned by fast neutrons
D. Fissioned by either slow or fast neutrons

A. Uranium-238
B. Thorium-233
C. Plutonium-239
D. None of these