For the following fusion reaction,`4^(1)H rarr^(4)He+2 beta^(+)+2 nu+gamma` The Q -value (energy of the reaction) in MeV (rounded off to two decimal places) is (Given: Mass of H nucleus is 1.007825u and mass of He nucleus is 4.002604u)]

Calculate the Q-values of the fusion reaction He^4+He^4 = Be^8 In such a fusion energetically favourable? Atomic mass of Be^8 is 8.0053u and that of He^4 is 4.0026 u.

The equation 4H^(+) rarr _(2)^(4) He^(2+) + 2e bar + 26 MeV represents

The equation 4H^(+) rarr _(2)^(4) He^(2+) + 2e bar + 26 MeV represents

Determine the product of the reaction: ._3^7Li +._2^4He rarr ? +n What is the Q value of the reaction?

Bombardment of lithium with protons gives rise to the following reaction : ._3Li^7 + ._1H^1 to 2 (._2He^4)+Q . Find the Q-value of the reaction. The atomic masses of lithium, proton and helium are 7.016 u, 1.008 u and 4.004 u respectively.

Calculate the energy released when three alpha particles combine to form a _^12 C nucleus. The atomic mass of _^4 He is 4.002603 u .

What is the binding energy per nucleon in ._2He^4 Given , Mass of ._2He^4 =4.002604 amu Mass of proton =1.007825 amu Mass of neutron =1.008665 amu

What is the binding energy per nucleon in ._2He^4 Given , Mass of ._2He^4 =4.002604 amu Mass of proton =1.007825 amu Mass of neutron =1.008665 amu

It is proposed to use the nuclear fusion reaction, _1^2H+_1^2Hrarr_2^4He in a nuclear reactor 200 MW rating. If the energy from the above reaction is used with a 25 per cent efficiency in the reactor, how many grams of deuterium fuel will be needed per day?(The masses of _1^2H and _2^4He are 2.0141 atommic mass units and 4.0026 atomic mass units respectively.)

Calculate the binding energy of an alpha -particle in MeV Given : m_(p) (mass of proton) = 1.007825 amu, m_(n) (mass of neutron) = 1.008665 amu Mass of the nucleus =4.002800 amu, 1 amu = 931 MeV.