The nuclide which disintergrates by emitting a `beta`-particles to form `._(7)^(14)N` contains

Which emits beta -particles ?

Th^(234) disintergrates and emits 6beta- and 7alpha- particles to form a stable product. Find the atomic number and mass number of the stable product and also identify the element.

Which particles are emitted during beta -decay ?

The number of neutrons present in the nucleus of the original element which produces "^14N by emitting a beta-particle is ____.

A nuclide A (with mass number m and atomic number n ) disintegrates emitting an alpha and one beta particle. The resulting nuclide B has mass number and atomic number respectively equal to

92^(U^(238)) undergoes a series of changes by emitting alpha and beta particles and finally 82^(Pb^(206)) is formed. Calculate the number of alpha and beta particles emitted during the change.

When ._(92)U^(238) decauys it emits an a-particle. The new nuclide in turn emits a beta-particele to give another nuclide X. The mass number and atomic number of X are. Respectively .

The atomic number (A) and mass number (M) of the nuclide formed where three alpha (alpha) and two (beta) particles are emitted from ._(92)^(238)U