The radius of a nucleus of a mass number $A$ is directly proportional to
The radius of a nucleus of a mass number $A$ is directly proportional to
- A
${A^3}$
- B
$A$
- C
${A^{2/3}}$
- D
${A^{1/3}}$
Similar Questions
If radius of the $^{27}_{13}Al$ nucleus is taken to be $R_{Al}$, then the radius of $^{125}_{53}Te$ nucleus is nearly
If radius of the $^{27}_{13}Al$ nucleus is taken to be $R_{Al}$, then the radius of $^{125}_{53}Te$ nucleus is nearly
- [AIPMT 2015]
Read the following statements:
$(A)$ Volume of the nucleus is directly proportional to the mass number.
$(B)$ Volume of the nucleus is independent of mass number.
$(C)$ Density of the nucleus is directly proportional to the mass number.
$(D)$ Density of the nucleus is directly proportional to the cube root of the mass number.
$(E)$ Density of the nucleus is independent of the mass number.
Choose the correct option from the following options.
Read the following statements:
$(A)$ Volume of the nucleus is directly proportional to the mass number.
$(B)$ Volume of the nucleus is independent of mass number.
$(C)$ Density of the nucleus is directly proportional to the mass number.
$(D)$ Density of the nucleus is directly proportional to the cube root of the mass number.
$(E)$ Density of the nucleus is independent of the mass number.
Choose the correct option from the following options.
- [JEE MAIN 2022]
Who invented neutron ?
Who invented neutron ?
For effective nuclear forces, the distance should be
For effective nuclear forces, the distance should be
How is an atom represented ? Why?
How is an atom represented ? Why?