Nuclei Test - 1...

The Binding energy per nucleon of $$^7_3Li$$ and $$_2^4He$$ nucleon are $$5.60 MeV$$ and $$7.06 MeV$$, respectively. In the nuclear reaction $$_3^7Li+_1^1H\rightarrow _2^4He+^4_2He+Q$$, the value of energy $$Q$$ released is

$$\displaystyle { S }^{ 32 }$$ absorbs energy and decays into which element after two $$\displaystyle \alpha $$-emissions?

Find $$BE$$ per nucleon of $$^{56}Fe$$ where $$m(^{56}Fe) = 55.936u\ m_{n} = 1.00727u, m_{p} = 1.007274\ u$$.

The mass of $$_{7}N^{15}$$ is $$15.0011\ amu$$, mass of $$_{8}O^{16}$$ is $$15.99492\ amu$$ and $$m_{P} = 1.00783\ amu$$. Determine binding energy of last proton of $$_{8}O^{16}$$.

When two deuterium nuclei fuse together to form a tritium nucleus, we get a

If $$M$$ is atomic weight , $$A$$ is mass number then $$\dfrac{M-A}{A}$$ represents :

Which of the following is wrong statement about binding energy ?

When $$_{15}P^{30}$$ decays to become  $$_{14}Si^{30}$$, which particle is released ?

The difference between the mass of a nucleus and the combined mass of its nucleons is :

What parameter is used to measure the stability of a nucleus?