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A photon of hard gamma radiations knocks...

A photon of hard gamma radiations knocks out a proton for `._(12)^(24)Mg` nucleaus to from:

A

The isotope of parent nucleus

B

The isobar of parent nucleus

C

The nuclide `._(11)^(230Na`

D

The isobar of `._(11)^(23)Na`

Text Solution

Verified by Experts

The correct Answer is:
C
`._(12)^(24)Mg + gamma rarr ._(11)^(23) Na + ._(1)^(1)H`
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ERRORLESS -NUCLEAR CHEMISTRY -Ordinary Thinking (Causes of radioactivity and Group displacement law)
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  2. Which emits beta-particles ?

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  3. .(84)Pb^(219) is a member of actinium series. The other member of this...

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  4. Consider the follwing nuclear reactions: .(92)^(238) M rarr .(y)^(x)...

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  5. A photon of hard gamma radiations knocks out a proton for .(12)^(24)Mg...

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  6. Loss of beta-particles is equivalent to

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  8. The product p of the nuclear reaction .(92)^(235)U + .(0)^(1) n rarr...

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  9. If .(92)U^(235) assumed to decay only by emitting two alpha-and one be...

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  10. Identify [A] and [B] in the following: .(89)^(227)Ac overset(-beta)(...

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  11. Nitrogen has several isotopes where atomic masses ranging from 10 to 2...

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  12. Neutrons are obtained by

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  13. Radioacity of naptunium stops, when it is converted to:

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  14. Nd (Z = 60) is a member of group 3 in periodic table. An isotope of it...

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  16. A radioactiv element has atomic number A and mass number M. It emits o...

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  17. Starting from radium, the radioactive disintegration process terminat...

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  18. The appreciable radioactivity of uranium minerals is mainly due to:

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