Identify the type of nuclear process given below:
$4\,_{1}H^{1} \to \,_{2}He^{4} + 2\,_{1}e^{0} + 2\nu + 26\,MeV$
$4\,_{1}H^{1} \to \,_{2}He^{4} + 2\,_{1}e^{0} + 2\nu + 26\,MeV$
- AFission
- BFusion
- CDecay
- D$\alpha$-particle scattering
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$_1H^1 + _1H^1 + _1H^2 \to X + _{+1}e^0 + \text{energy}$. The emitted particle $X$ is:
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View SolutionMatch the following items in Column-$A$ with their corresponding principles in Column-$B$:
Column-$A$ Column-$B$ $A$. Rocket propulsion $P$. Bernoulli's principle in fluid dynamics $B$. Aeroplane $Q$. Total internal reflection of light $C$. Optical fibres $R$. Newton's laws of motion $D$. Fusion test reactor $S$. Magnetic confinement of plasma $T$. Photoelectric effect
| Column-$A$ | Column-$B$ |
|---|---|
| $A$. Rocket propulsion | $P$. Bernoulli's principle in fluid dynamics |
| $B$. Aeroplane | $Q$. Total internal reflection of light |
| $C$. Optical fibres | $R$. Newton's laws of motion |
| $D$. Fusion test reactor | $S$. Magnetic confinement of plasma |
| $T$. Photoelectric effect |
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