Hydrogen can be fused to form helium at

A helium atom, a hydrogen atom and a neutron have mases of 4.003 u, 1.008 u and 1.009 u (unified atomic mass units), respectively. Assuming that hydogen atoms and neutrons can be fuse to from helium, what is the binding energy of a helium nucleus?

A helium atom, a hydrogen atom and a neutron have mases of 4.003 u, 1.008 u and 1.009 u (unified atomic mass units), respectively. Assuming that hydogen atoms and neutrons can be fuse to from helium, what is the binding energy of a helium nucleus?

Hydrogen nucleus combines to form helium then energy is released. Binding energy/nucleon of He is greater than hydrogen.

Hydrogen nucleus combines to form helium then energy is released. Binding energy/nucleon of He is greater than hydrogen.

In carbon-nitrogen nuclear fusion cycle, protons are fused to form a helium nucleus, positrons and release some energy. The number of protons fused and the number of positrons released in this process respectively are

In carbon-nitrogen nuclear fusion cycle, protons are fused to form a helium nucleus, positrons and release some energy. The number of protons fused and the number of positrons released in this process respectively are

The binding energy per nucleon of deuterium and helium atom is 1.1 MeV and 7.0 MeV . If two deuterium nuclei fuse to form helium atom, the energy released is.