Binding Energy

The atom ₇¹⁴𝑁

has a mass of 14.0031 𝑢.

The mass defect equals ______.

The mass of ¹²C is 12 𝑢 where;

1𝑢 = 1.660 559 * 10^-27𝑘𝑔. This mass is equal to:

Which graph best represents the relationship

between energy and mass when matter is converted

into energy?

When nucleons form stable nucleus, binding

energy is _______.

When nucleons form stable nucleus, binding

energy is _______.

Which of the following statements is/are correct

regarding the binding energy of the nucleus.

I. It is equivalent to the mass defect

II. It is the energy that holds the nucleus

together

III. It is the energy required to remove a

proton from the nucleus

As the binding energy of a nucleus increases, the

energy required to separate the nucleus into

nucleons _____.

The energy equivalent in joules of the mass of

2.0 *10^-31 𝑘𝑔 _____.