Find the energy (in MeV) that binds the neutron to the _7^14 text(N) nucleus by considering the mass of _7^13 text(N) (atomic mass = 13.005 738 u) and the mass of _1^0 text(n) (atomic mass = 1.008 665 u), as compared to the mass of _7^14 text(N) (atomic mass = 14.003 074 u).

Binding energy = 10.55 MeV

Explanation:

The mass defect is;

Δm = 13.005738u + 1.008665u - 14.003074u = 0.011329u

In mass defect, a mass of 1 u is equivalent to an energy of 931.5 MeV.

Thus, the binding energy of the neutron in MeV will be;

0.011329 x 931.5 = 10.55 MeV

Binding energy is 10.55 MeV

Explanation:

Binding energy is the minimum energy required to separate a particle into separate smaller parts

The mass defect (Δm) is given as:

Δm = (13.005738 u + 1.008665 u) - 14.003074 = 14.014403 - 14.003074 = 0.011329

Δm = 0.011329 u

Binding energy = Δm × (931.5 v / 1u)

Therefore: Binding energy = 0.011329 u × (931.5 MeV / 1u) = 10.55 MeV

answer: the metamorphic rocks are formed when they are exposed to high pressure and high temperatures. this happens when one of the earth's plates comes in contact with the other plate by traveling in opposite directions, straight into each other or slipping under one another. the friction that is caused by this activity results in   melting of rocks and when it cools they are known as metamorphic rocks. this process needs a controlled amount of pressure and temperature otherwise it may turn into magma.

float.

archimedes' principle

denser than water sinks in water.

denser than mercury would sink in it