Tag: alpha, beta and gamma particles (rays) and their properties
Questions Related to alpha, beta and gamma particles (rays) and their properties
In $\beta^-$ decay, a
The number of $\beta$-particles, if a radioactive element $ _{90}X^{238}$ decays into $ _{83}Y^{222}$ is :
Which of the following nuclei is produced when a $ _{92}U^{238}$ nucleus undergoes a $(d, 2n)$ reaction followed by a beta decay?
In which of the following processes, the number of protons in the nucleus increase?
Atomic masses of two isobars $ _{29}^{63}Cu$ and $ _{30}^{64}Zn$ are $63.9298 u$ and $63.9292 u$, respectively. It can be concluded from this data that
The electron emitted in beta radiation originates from
Masses of two isobars $ _{29}Cu^{64}$ and $ _{30}Zn^{64}$ are $63.9298\ u$ and $63.9292\ u$, respectively. It can be conclude from these data that
Neutron decay in free space is given as follows
$ _{ 0 }{ n }^{ 1 }\longrightarrow _{ 1 }{ H }^{ 1 }+ _{ 1 }{ e }^{ 0 }+$[ ]
Then the parenthesis [ ] represents a
The number of neutrons in the element L in the following nuclear changes is
$^{238} _{92}M\, \rightarrow\, ^x _y\, N\, +\, ^4 _2\, He$
$^X _YN\, \rightarrow\, ^A _BL\, +\, 2\beta^+$
$^{11} _{6}C\, \rightarrow\, ^{11} _{5}B$ decay produces -