In a nuclear reactor `^235U` undergoes fission liberating 200 MeV of energy. The reactor has a 10% efficiency and produces 1000 MW power. If the reactor is to function for 10 yr, find the total mass of uranium required.

In a nuclear reactor, ""^(235)U undergoes fission liberating 200 MeV of energy. The reactor has a 10% efficiency and produces 1000 MW power. If the reactor is to function for 10 years, find the total mass of uranium required.

In a nuclear reactor, U^(235) undergoes fission libertaing 200 MeV of energy. The reactor has a 10% efficiency and produces 1000 MW power. If the reactor is to function for 10 years, find the total mass of urnaium needed.

In a nuclear reaction ^(235)U undergoes fission liberating 200 MeV energy . The reactor has a 10 % efficiency and produces 1000 MW power . If the reactor is to function for 10 year . Find the total mass of required .

In a nuclear reactor U^(235) undergoes fission releasing energy 100 MeV , the reactor has 20% efficiency and the power produces is 2000 MW . If the reactor is to function for 5 yr , find the total mass of uranium required .

in a nucleri reactor U^(235) undergoes fission releasing energy 100 MeV , the reactor has 20% efficiency and the power produces is 2000 MW . If the reactor is to fuction for 5 yr , find the total mass of uranium required .