The Q factor of the nuclear reaction problem?

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SUMMARY

The discussion centers on deriving the second equation from the Q factor in nuclear reactions. The user successfully applied the substitution ##\sqrt{\epsilon '}=x## to transform the Q factor equation into a quadratic equation. This substitution was crucial for ensuring the units were consistent, as it required placing Q under the radical. The solution was confirmed to be effective, leading to a resolution of the user's query.

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patric44
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Homework Statement
i have a problem deriving the following equation involving the Q factor and the energies of the residual nucleus and the outgoing particle in a nuclear reaction ?
Relevant Equations
the equation is attached
after using the conservation of energy and momentum for a nuclear interaction i arrived to the following equation for the q factor as the book did
, but can't get my head around deriving the second equation from the Q equation ?
equation.png

i will appreciate any help .
thanks
 
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Have you tried the substitution ##\sqrt{\epsilon '}=x##? That should give you a quadratic equation in ##x##. I have not done it, but that's what I would try first.

Edit: It looks like ##Q## must be under the radical to make the units come out right.
 
Last edited:
kuruman said:
Have you tried the substitution ##\sqrt{\epsilon '}=x##? That should give you a quadratic equation in ##x##. I have not done it, but that's what I would try first.

Edit: It looks like ##Q## must be under the radical to make the units come out right.
thanks a lot it worked :smile:
 

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