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Calculate Q value of the following nucle...

Calculate Q value of the following nuclear reaction `13^(Al^(27)) + 2^(He^(4)) rarr 14^(Si^(30)) + 1^(H^(1))`+ Q. The exact mass of `13^(Al^(27))` is 26.9815 amu, `14^(Si^(30))` is 29.9738, `2^(He^(4))` is 4.0026 amu and `1^(H^(1))` is 1.0078 amu.

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Verified by Experts

`triangle m`=(29.9738+1.0078)-(26.9815+4.0026)
=00.0025 amu
Q =0.0025 xx 931 MeV
=2.329 MeV
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NCERT GUJARATI-NUCLEAR CHEMISTRY-SELF EVALUATION
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  2. The phenomenon of radioactivity was discovered by

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  3. The most penetrating radiations are

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  4. In the nuclear reaction, 92^(X^(232))rarr 89^(Y^(220)), the number of ...

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  5. Which one of the following particles is used to bombard 13^(Al^(27)) t...

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  6. The reaction 5^(B^(8))rarr4^(Be^(8)) takes place due to

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  7. Radioactivity is due to

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  8. In the nuclear reaction, 92^(X^(232))rarr 89^(Y^(220)), the number of ...

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  9. 92^(U^(235)) nucleus absorbs a neutron and disintegrates into 54^(Xe^(...

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  10. Loss of a beta-particle is equivalent to

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  11. Which of the following is used as neutron absorber in the nuclear reac...

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  12. What is half life period.

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  13. Write two difference between chemical reaction and nuclear reaction.

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  14. What is Q value of a nuclear reaction?

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  18. Complete the following nuclear reactions (i) 18^(Ar^(40)) + ? ra...

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  19. Calculate the number of alpha and beta particles emitted in the conver...

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