If you have a deuterium atom that has a spherical nucleus and the mass of that nucleus is 2.013547amu, then if you know that: the mass of the proton is equal to 1.007590amu and the mass of the neutron is equal to 1.008976amu find: The radius of a deuterium nucleus equals: *

1.512 fm

2.195 m

2.591 fm

The volume of the deuterium nucleus in fermi cubic units (fm ^ 3) equals: *

8.664

14.469

24.541

The density of the deuterium nucleus in units (amu) per (fm ^ 3) is equal to: *

0.751

0.425

0.139

The density of a deuterium atom in units (amu) per cubic meter (m ^ 3) is equal to: *

7.51 * 10 ^ -13

1.39 * 10 ^ + 32

4.25 * 10 ^ + 23

The total bond energy of a deuterium nucleus in MeV units *

4.561

3.782

2.810

The bond energy per nucleon in the deuterium nucleus in units of MeV *

1.405

4.104

2.280