For the given reaction- the particle X is a- 6 C 11 - 5 B 11 - - -

The correct option is D neutrinoIn #160; β #160; ^ + decay, a proton decays to a neutrino.For the given reaction, the particle X is a neutrino 6 ^ ...

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Byju's Answer

Standard XII

Chemistry

Positive Rays and Neutrons

For the given...

Question

For the given reaction, the particle X is a:
$_{6} C^{11} \to_{5} B^{11} + β^{+} + \times$

neutron

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anti neutrino

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neutrino

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proton

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Solution

The correct option is D neutrino
In $β^{+}$ decay, a proton decays to a neutrino.

For the given reaction, the particle X is a neutrino
$6^{C^{11}} \to 5^{B^{11}} + β^{+} + (γ_{e}) \to$ neutrino.

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Similar questions

Q. The nuclear reaction is given as

_{6} C^{11} \to_{5} B^{11} + β + X

. Here, X is?

Q. In the nuclear process

_{6} C_{11} \to_{5} B^{11} + β^{+} + X, X

stands for ________.

Q. If

_{5} B^{11}

converts into

_{6} C^{11}

, then the particle emitted in this process will be

_{6} C^{11}

and

_{5} B^{11}

are referred as:

Q. A particle is acted upon by a force given by

F = - α x^{3} - β x^{4}

where

α

and

β

are positive constants. At the point

x = 0

, the particle is

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For the given reaction, the particle X is a:6C11→5B11+β++×

The correct option is D neutrinoIn β+ decay, a proton decays to a neutrino.For the given reaction, the particle X is a neutrino6C11→5B11+β++(γe)→ neutrino.

For the given reaction, the particle X is a:
$_{6} C^{11} \to_{5} B^{11} + β^{+} + \times$

The correct option is D neutrino
In $β^{+}$ decay, a proton decays to a neutrino.

For the given reaction, the particle X is a neutrino
$6^{C^{11}} \to 5^{B^{11}} + β^{+} + (γ_{e}) \to$ neutrino.