363814 The nuclei ${}_6{C}^{13}$ and ${}_7{N}^{14}$ can be described as

363815 Assertion :
Heavy nuclides tend to have more number of neutrons than protons.
Reason :
In heavy nuclei, as there is coulomb repulsion between protons, so excess of neutrons are preferrable.

363816 Number of neutrons in $C^{12}\mathrm{a}\mathrm{n}\mathrm{d}{C}^{14}$ are:

363814 The nuclei ${}_6{C}^{13}$ and ${}_7{N}^{14}$ can be described as

363815 Assertion :
Heavy nuclides tend to have more number of neutrons than protons.
Reason :
In heavy nuclei, as there is coulomb repulsion between protons, so excess of neutrons are preferrable.

363816 Number of neutrons in $C^{12}\mathrm{a}\mathrm{n}\mathrm{d}{C}^{14}$ are:

363817 $\alpha$-particle consists of :

363814 The nuclei ${}_6{C}^{13}$ and ${}_7{N}^{14}$ can be described as

363815 Assertion :
Heavy nuclides tend to have more number of neutrons than protons.
Reason :
In heavy nuclei, as there is coulomb repulsion between protons, so excess of neutrons are preferrable.

363816 Number of neutrons in $C^{12}\mathrm{a}\mathrm{n}\mathrm{d}{C}^{14}$ are:

363817 $\alpha$-particle consists of :

363814 The nuclei ${}_6{C}^{13}$ and ${}_7{N}^{14}$ can be described as

363815 Assertion :
Heavy nuclides tend to have more number of neutrons than protons.
Reason :
In heavy nuclei, as there is coulomb repulsion between protons, so excess of neutrons are preferrable.

363816 Number of neutrons in $C^{12}\mathrm{a}\mathrm{n}\mathrm{d}{C}^{14}$ are:

363817 $\alpha$-particle consists of :