When a boron nucleus (`._5^10B`) is bombarded by a neutron, an alpha-particle is emitted. Which nucleus will be formed as a result?

When Boron nucleus B_(5)^(10) is bombarded by neutrons , alpha- particle are emitted . The resulting nucleus is of the element …….. and has the mass number....

When a deuterium is bombarded on ._(8)O^(16) nucleus, an alpha -particle is emitted, then the product nucleus is

If U_92^236 nucleus emits one alpha -particle, the remaining nucleus will have

A nucleus ._n^ m X emits one alpha- particle and two beta- particles. The resulting nucleus is

When a beta^(-) particle is emitted from a nucleus, the neutrons-proton ratio:

When a beta^(-) particle is emitted from a nucleus, the neutrons-proton ratio:

alpha -particles of enegry 400 KeV are boumbardel on nucleus of ._(82)Pb . In scattering of alpha -particles, it minimum distance from nucleus will be

An alpha particle is bombarded on ^14N . As a result, a ^17O nucleus is formed and a particle is emitted. This particle is a

._6^12 C absorbs an energenic neutron and emits beta particles. The resulting nucleus is.

A nucleus is bombarded with a high-speed neutron so that resulting nucleus is a radioactive one. This phenomenon is called