Power Plant Engineering Ferrite material is Basic raw material for nuclear plants The material which absorbs neutrons and undergoes spontaneous changes leading to the formation of fissionable material The most fissionable material The basic fuel for nuclear paints Basic raw material for nuclear plants The material which absorbs neutrons and undergoes spontaneous changes leading to the formation of fissionable material The most fissionable material The basic fuel for nuclear paints ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering A nuclear unit becoming critical means It is generating power to rated capacity Chain reaction that causes automatic splitting of the fuel nuclei has been established There is danger of nuclear spread It is capable of generating much more than rated capacity It is generating power to rated capacity Chain reaction that causes automatic splitting of the fuel nuclei has been established There is danger of nuclear spread It is capable of generating much more than rated capacity ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Reactors designed for propulsion applications are designed for Natural uranium Pure uranium Enriched uranium Any type of uranium Natural uranium Pure uranium Enriched uranium Any type of uranium ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Pick up the wrong statement fast breeder reactors Use water as coolant Are liquid metal cooled Produce more fuel than they consume Operate at extremely high power densities Use water as coolant Are liquid metal cooled Produce more fuel than they consume Operate at extremely high power densities ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering A moderator, in nuclear power plants, is a medium introduced into the fuel mass in order to Extracts heat from nuclear reaction Reduce the temperature Control the reaction Slow down the speed of fast moving neutrons Extracts heat from nuclear reaction Reduce the temperature Control the reaction Slow down the speed of fast moving neutrons ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Isotopes of same elements have Different masses and different atomic numbers Different chemical properties and same atomic numbers Same atomic number and different masses Same chemical properties but different atomic numbers Different masses and different atomic numbers Different chemical properties and same atomic numbers Same atomic number and different masses Same chemical properties but different atomic numbers ANSWER DOWNLOAD EXAMIANS APP
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