# Question: a Assuming the range of the nuclear force to be

(a) Assuming the range of the nuclear force to be 1.0 x 10-15m, predict the mass (in kilograms) of the exchange particle related to this force.

(b) Convert the answer into the particle’s rest energy (in MeV) and identify it.

(b) Convert the answer into the particle’s rest energy (in MeV) and identify it.

**View Solution:**## Answer to relevant Questions

(a) In an interaction using the virtual particle model, the range of the interaction (1) increases, (2) remains the same, (3) decreases as energy of the exchange particle increases. Why? (b) If the W particle has a rest ...If the (electron) neutrino mass were 6.0 x 10-6 MeV, what is its speed if its total energy is 0.50 MeV? (a) Referring to Exercise 37, what would be the proton decay constant λ? In exercise Suppose the grand unified theory (GUT) was correct and the half-life of a proton was 1.2 x 1035 y. Estimate the decay rate of a liter of ...Assume that the average kinetic energy of ions in a plasma is the same as the average kinetic energy of the atoms in an ideal gas. If fusion can begin to occur when the ions approach to within about 10-14 m, estimate the ...Find the threshold energy for the following reaction:Post your question