The numbers 2,8,20,28,50,82,126 are called as

Nuclei with magic no. of proton Z=2, 8,20,28,50,52 and magic no. of neutrons N=2,8,20,28,50,82 and 126 are found to be very stable. What does the existence of magic number indicate?

Nuclei with magic no. of proton Z=2,8,20,28,50,52 and magic no. of neutrons N=2,8,20,28,50,82 and 126 are found to be stable. (i) Verify this by calculating the proton separation energy S_(p) for .^(120)Sn (Z=50) and .^(121)Sb =(Z=51) . The proton separation energy for a nuclide is the minimum energy required to separated the least tightly bound proton form a nucleus of that nuclide. It is given by S_(p)=(M_(z-1,N)+M_(H)-M_(Z,N))c^(2) . given .^(119)Sn_49 =118.9058u, .^(120) Sn_50 =119.902199u, .^(121)Sb_51=120.903824u, .^(1)H=1.0078252u (ii) what does the existence of magic number indicate?

Nuclei with magic no. of proton Z=2,8,20,28,50,52 and magic no. of neutrons N=2,8,20,28,50,82 and 126 are found to be stable. (i) Verify this by calculating the proton separation energy S_(p) for .^(120)Sn (Z=50) and .^(121)Sb =(Z=51) . The proton separation energy for a nuclide is the minimum energy required to separated the least tightly bound proton form a nucleus of that nuclide. It is given by S_(p)=(M_(z-1,N)+M_(H)-M_(Z,N))c^(2) . given .^(119)Sn =118.9058u, .^(120) Sn =119.902199u, .^(121)Sb=120.903824u, .^(1)H=1.0078252u (ii) what does the existence of magic number indicate?

Nuclei with magic no. of proton Z=2, 8,20,28,50,52 and magic no. of neutrons N=2,8,20,28,50,82 and 126 are found to be very stable. Verify this by the calculating the proton separation energy S_p for "^120Sn(Z=50) and "^121Sb=(Z=51) . The proton separation energy for a nuclide is the minimum energy required to separate the least rightly bound proton from a nucleus of that nuclide. It is given by S_p=(M_(z-1,N)+M_H-M_(Z,N))c^2 Given "^119ln=118.9058u , "^120Sn=119.902199u , "^121Sb=120.903824u , "^1H=1.0078252u .

It has been found that nuclides with 2,8,20,50,82, and 126 protons or neutrons are exceptionally stable. These numbers are refferd to as the magic numbers and their existance has led to.

It has been found that nuclides with 2,8,20,50,82, and 126 protons or neutrons are exceptionally stable. These numbers are refferd to as the magic numbers and their existance has led to.

If the mean of numbers 27, 31, 89, 107, 156, is 82, then the mean of 130, 126, 68, 50, 1 is

If the mean of numbers 27, 31, 89, 107, 156, is 82, then the mean of 130, 126, 68, 50, 1 is

The wrong number in the series 2,9,28,65,126,216,344 is

The mean of 130, 126, 68, 50, 1 is