Nuclear Power Engineering The half life period of a radiactive element is 100 days. After 400 days, one gm of the element will be reduced to __________ gm. 43846 43838 43832 43834 43846 43838 43832 43834 ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering Uranium is recovered from its ore (pitchblende) by Smelting in a furnace Dissolving in water Froth floatation technique Leaching with sulphuric acid Smelting in a furnace Dissolving in water Froth floatation technique Leaching with sulphuric acid ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering A boiling water reactor is the one, in which the Coolant water is allowed to boil in the core of the reactor Fuel and the coolant are thoroughly mixed to form a homogeneous solution Coolant water, after being heated in the reactor core, generates steam in a boiler Pressurised water is pumped into the core Coolant water is allowed to boil in the core of the reactor Fuel and the coolant are thoroughly mixed to form a homogeneous solution Coolant water, after being heated in the reactor core, generates steam in a boiler Pressurised water is pumped into the core ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering Which of the following is a non-fissile material? Uranium⁻²33 Uranium⁻²35 Plutonium⁻²39 Thorium⁻²32 Uranium⁻²33 Uranium⁻²35 Plutonium⁻²39 Thorium⁻²32 ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering The atomic weight and atomic number of an element are A and Z respectively. What is the number of neutrons in the atom of that element? A Z A+Z A- Z A Z A+Z A- Z ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering Nuclear reactors are provided with shield to guard against the emission of mainly __________ rays. Neutrons & gamma α and β Infrared X Neutrons & gamma α and β Infrared X ANSWER DOWNLOAD EXAMIANS APP
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