Nuclear Power Engineering - Practice Test

(A) Absence of earthquake prone zone in nearby areas

(B) Abundant availability of water

(C) Remotely located from residential areas

(D) Proximity to fuel source

(A) Absence of earthquake prone zone in nearby areas

(A) 9.31 MeV

(B) 931 eV

(C) 931 Mev

(D) 931J

(C) 931 Mev

(A) Helium

(B) Deuterium

(C) Heavy hydrogen

(D) Tritium

(D) Tritium

(A) α-rays

(B) β-rays

(C) γ-rays

(D) X-rays

(A) α-rays

(A) Achieving high degree of superheat in the steam

(B) Faster heat removal rate from the core

(C) Lowering the coolant circulation pressure

(D) Avoiding the mixing of water with radioactive sodium, as it may cause explosion

(D) Avoiding the mixing of water with radioactive sodium, as it may cause explosion

Nuclear Power Engineering - Study Mode