Nuclear Physics and RadioactivityEasy
Question
A radioactive nucleus of mass M emits a photon of frequency 
and the nucleus recoil. The recoil energy will be
and the nucleus recoil. The recoil energy will beOptions
A.
B.
C.zero
D.
Solution
Moment of emitted photon
= pphoton =
From the law of consevation of linear momentum,
Momentum of recoil nucleus
= pnucleus = pphoton
∴
where
is the recoil speed of the nucleus
or
......(i)
The recoil energy of the nucleus
[Using (i)]
= pphoton =
From the law of consevation of linear momentum,
Momentum of recoil nucleus
= pnucleus = pphoton
∴
where
is the recoil speed of the nucleusor
......(i)The recoil energy of the nucleus
[Using (i)]Create a free account to view solution
View Solution FreeMore Nuclear Physics and Radioactivity Questions
In the following reaction, X will be5B10 + 0n1 → 2He4 + X...The activity of radio active material is :-...The half-life of $^{215}At$ is $100\ \mu s$. The time taken for the activity of a sample of $^{215}At$ to decay to $\dfr...The half life of a radioactive element is 30 days, in 90 days the percentage of disintegrated part is :-...The half life of a radioactive nucleus is 50 days. The time interval (t2 - t2) between the time t2 when of it has decaye...