Complete the following nuclear reactions: n 1 0 + C 12 6 → B 11 5 + . . . . . .

The given reaction is n 1 0 + C 12 6 → B 11 5 + . . . . . . The nuclear reactions obey the laws of conservation of mass and charge. By balancing these two quantities on both sides of the equation, we have, n 1 0 + C 12 6 → B 11 5 + H 2 1

Complete the following nuclear reactions: n 1 0 + C 12 6 → B 11 5 + . . . . . .

The given reaction is n 1 0 + C 12 6 → B 11 5 + . . . . . . The nuclear reactions obey the laws of conservation of mass and charge. By balancing these two quantities on both sides of the equation, we have, n 1 0 + C 12 6 → B 11 5 + H 2 1

Write the nuclear reaction for β - decay of P 32 15 and β + decay of C 11 6 .

As we know that beta particles are energetic electrons, so in β - decay, the charge number is increased by 1 without any change in the mass number, therefore the reaction can be represented as : P 32 15 → S 32 16 + β 0 - 1 + v ¯ In this reaction, an antineutrino is emitted. In the case of β + (positron) emission, the charge number is increased by 1 , without any change in the mass number. The reaction can be written as : C 11 6 → B 11 5 + β 0 + 1 + v , where ν = neutrino.