Find th maximum energy that - particle can have in the following decay -8-19O to -9-19F-1-0e- -

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Standard XII

Physics

I vs i in Photon Model

find th maxim...

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find th maximum energy that β particle can have in the following decay {}_8^{19}O to {}_9^{19}F+{}_{-1}^0e+ ν

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Q. Complete the following decay schemes.
(a)

_{88}^{226} R a \to α +

(b)

_{8}^{19} O \to_{9}^{19} F +

(c)

_{13}^{25} A l \to_{12}^{25} M g +

Q. Calculate the Q-value in the following decay:

_{8}^{19} O \to_{9}^{19} F + e^{-} + ¯ v .

These may look like long calculations; use the unit amu or u for the masses, and

c^{2} = 931 \frac{M e V}{u},

and it will become much simpler.

A t o m i c m a s s e s :_{8}^{19} O : 19.003576 u;_{9}^{19} F : 18.998403 u .

Q. Calculate the Q-value in the following decay:

_{8}^{19} O \to_{9}^{19} F + e^{-} + ¯ v .

These may look like long calculations; use the unit amu or u for the masses, and

c^{2} = 931 \frac{M e V}{u},

and it will become much simpler.

A t o m i c m a s s e s :_{8}^{19} O : 19.003576 u;_{9}^{19} F : 18.998403 u .

The masses of $^{11} C$ and $^{11} B$ are respectively 11.0114 u and 11.0093 u. Find the maximum energy a position can have in the $β^{+} -$ decay of $^{11} C$ to $^{11} B$

Q. The masses of ¹¹C and ¹¹B are respectively 11.0114 u and 11.0093 u. Find the maximum energy a positron can have in the β*-decay of ¹¹C to ¹¹B.

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