The nuclei .(6)C^(13) & .(7)N^(14) can b...

The nuclei `._(6)C^(13) & ._(7)N^(14)` can be described as

isotopes

isotone

isobars

isosteres

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The correct Answer is:

Nucleides having same number of neutrons are called isotones

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The nuclei ""_6A^(13) and ""_7B^(14) can be described as

._(7)^(14)N and ._(6)^(14)C are isobars

._(7)N^(13) changes to ._(6)C^(13) by the emission of

Which of the following isotopes is more stable and why? (a) ._(3)^(7)Li or ._(3)^(8)Li (b) ._(6)^(13)C or _(6)^(15)C (c) What kind of decay will be shown by the unstable nuclei in the above sets (a) and (b)?

Which of the following notations shows the products incorrectly? a. ._(96)Cm^(242) (alpha, 2n) ._(97)Bk^(243) b. ._(5)B^(10) (alpha,n) ._(7)N^(13) c. ._(7)N^(14) (n,p) ._(6)C^(14) d. ._(14)Si^(28) (d,n) ._(15)p^(29)

Find the energy liberated in the beta decay of ._6^(14)C " to " ._7^(14)N as represented by Eq.(iii). Equation (iii) refers to nuclei. Adding six electrons to both sides of Eq.(iii) gives .-6^(14)C "atom" rarr .-7^(14)N .

Select the pairs of isobars and isotons form the following nuclei ._6C^(14),._7N^(13),._7N^(14),._8O^(16) :

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