A nuclear reaction is represented by the following equation: U 92 235 + n 0 1 → B 56 139 a + K 36 94 r + x c + E Name the process represented by this equation and describe what takes place in this reaction.

The name of the process represented by the given equation is nuclear fission. In a fission reaction, a heavier nucleus absorbs a slowly moving neutron and splits into two smaller nuclei with the release of energy and three additional neutrons.

A nuclear reaction is represented by the following equation: U 92 235 + n 0 1 → B 56 139 a + K 36 94 r + x c + E Identify the particle c and the number x of such particles produced in the reaction.

The name of the process represented by the given equation is nuclear fission. In a fission reaction, a heavier nucleus absorbs a slowly moving neutron and splits into two smaller nuclei with the release of energy and three additional neutrons. Particle c is neutron and x = 3 .

A nuclear reaction is represented by the following equation: U 92 235 + n 0 1 → B 56 139 a + K 36 94 r + x c + E What does E represent?

In a fission reaction, a heavier nucleus absorbs a slowly moving neutron and splits into two smaller nuclei with the release of energy. So, E represents energy liberated in the process.

A nuclear reaction is represented by the following equation: U 92 235 + n 0 1 → B 56 139 a + K 36 94 r + x c + E Name one installation where the above nuclear reaction is utilised.

Nuclear fission reactions are used in nuclear Power Station. One such installation is at Tarapur in Maharashtra.

A nuclear reaction is represented by the following equation: U 92 235 + n 0 1 → B 56 139 a + K 36 94 r + x c + E What type of bomb is based on similar type of reactions?

Atom bomb is based on the nuclear fission reaction. Nuclear fission is a nuclear reaction or a radioactive decay process in which the nucleus of an atom splits into two or more smaller, lighter nuclei.

A nuclear reaction is represented by the equation: H 1 2 + H 1 2 → H 2 3 e + x c + E Name the process represented by this equation and describe what happens during this reaction.

The name of the process represented by the given equation is Nuclear fusion. In a fusion reaction when two smaller nuclei are given very high temperature and pressure they combine to form a bigger nucleus with the release of energy.

A nuclear reaction is represented by the equation: H 1 2 + H 1 2 → H 2 3 e + x c + E Identify the particle c and the number x of such particles produced in the reaction.

The name of the process represented by the given equation is Nuclear fusion. In a fusion reaction when two smaller nuclei are given very high temperature and pressure they combine to form a bigger nucleus with the release of energy. Particle c is neutron and x = 1 .

A nuclear reaction is represented by the equation: H 1 2 + H 1 2 → H 2 3 e + x c + E What does E represent?

The name of the process represented by the given equation is Nuclear fusion. In a fusion reaction when two smaller nuclei are given very high temperature and pressure they combine to form a bigger nucleus with the release of energy. E represents energy liberated in the process.