Nuclei Test - 3...

If $$M_0$$ is the mass of an oxygen isotope $$_8O^{17}, M_p$$ and $$M_n$$ are the masses of a proton and a neutron respectively, the nuclear binding energy of the isotope is

Hydrogen has________ isotopes. 

Mass number is denoted by:

One atomic mass is equal to

If $${}_{92}^{238}U$$ emits $$8$$ $$\alpha$$-particles and $$6$$ $$\beta$$-particles, then the resulting nucleus is

$${m}_{p}$$ and $${m}_{n}$$ are masses of proton and neutron respectively. An element of mass $$M$$ has $$Z$$ protons and $$N$$ neutrons then:

If $${M}_{0}$$ is the mass of an oxygen isotope $$_{8}{O}^{17},   {M}_{p}$$ and $${M}_{n}$$ are the masses of a proton and a neutron, respectively, then the nuclear binding energy of the isotope is

When two light nuclei fuse to form a relatively heavier nucleus, the specific binding energy of the product nucleus is:

An alpha particle $$(_{  }^{ 4 }{ He })$$ has a mass $$4.00300\ amu$$. A proton has a mass $$1.00783$$ amu and a neutron has a mass $$1.00867\ amu$$ respectively. The binding energy of alpha estimated from these data is closest to:

When three $$\alpha-particles$$ combined to from a $$^{12}C$$ nucleus, the mass defect is
(atomic mass of $$_{2}He^{4}$$ is $$4.002603\ u$$)