Parameters of Nucleus

Q. What will be the radius of ${}^{64}Cu$ nucleus if the radius of ${}^{27}Al$ nucleus is $R_{Al}$ ?

1. $R_{Cu}=\frac{4R_{Al}}{3}$
2. $R_{Cu}=\frac{3R_{Al}}{4}$
3. $R_{Cu}=\frac{5R_{Al}}{3}$
4. $R_{Cu}=\frac{2R_{Al}}{3}$

Q. The density of a nucleus can be said to be independent of its mass number.

1. True
2. False

Q. Do you want to have an idea of how small a nucleus is? Let's try finding the nuclear radius of ${}_{60}^{125}X$. (The value of $R_{0}is1.1\times {10}^{-15}SI$ units.) R= $\times {10}^{-15}m$

Q. What will be the radius of ${}^{64}Cu$ nucleus if the radius of ${}^{27}Al$ nucleus is $R_{Al}$ ?

1. $R_{Cu}=\frac{4R_{Al}}{3}$
2. $R_{Cu}=\frac{3R_{Al}}{4}$
3. $R_{Cu}=\frac{5R_{Al}}{3}$
4. $R_{Cu}=\frac{2R_{Al}}{3}$

Q. Do you want to have an idea of how small a nucleus is? Let's try finding the nuclear radius of ${}_{60}^{125}X$. (The value of $R_{0}is1.1\times {10}^{-15}SI$ units.) R= $\times {10}^{-15}m$

Q. The volume of nucleus is about:

1. ${10}^{-4}$ times of an atom
2. ${10}^{-15}$ times of an atom
3. ${10}^{-5}$ times of an atom
4. ${10}^{-10}$ times of an atom

Q. The density of a nucleus can be said to be independent of its mass number.

1. True
2. False