The reaction that will probably power the first commercialfusion reactor is³₁H +²₁H →⁴₂He +¹₀n How much energy would be produced per mole of reaction?(Masses of atoms: ³₁H= 3.01605 amu; ²₁H= 2.0140 amu; ⁴₂He= 4.00260 amu; mass of ¹₀n =1.008665 amu.)

how much energy is released when 1.24 moles of u-35 undergoes fission

A nuclear power station delivers 1 GW of electricity for a year from uranium fission. Giventhat a single fission event delivers about 200 MeV of heat, estimate the number of atomsthat underwent fission, their mass, and the loss of mass of the fuel elements.

The energy from solar radiation falling on Earth is 1.07 * 1016 kJ>min. If the energy released in the reaction 235U + 1 0n ¡ 141 56Ba + 92 36Kr + 31 0n ( 235U nuclear mass, 234.9935 amu; 141Ba nuclear mass, 140.8833 amu; 92Kr nuclear mass, 91.9021 amu) is taken as typical of that occurring in a nuclear reactor, what mass of uranium-235 is required to equal 0.10% of the solar energy that falls on Earth in 1.0 day?

The sun radiates 3.9x1023 J of energy into space every second. What is the rate at which mass is lost from the sun? kg/s

need help with this chemistry question, thanks

After a star uses up its hydrogen by fusing it all into helium, one of the next processes to become prevalent is fusion of helium nuclei to form carbon (shown below). How much energy (in kJ) is released for each mole of C formed? helium-4 = 4.002603 amu carbon-12 = 12.000000 amu 3 He 1 ати D 1.492 х 10-10 J