Nuclear fusion occurs at $10^{n} K$ . The value of $n$ is:

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Solution

Nuclear fusion occurs at $10^{n} K$ . The value of $n$ is 7.
In nuclear fusion, two or more compounds combine to form a heavy nucleus at very high temperature.

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Q. Assertion :Nuclear fusion are made at very high temperature,

i . e

10^{7}

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When nuclear reaction occurs whether fission or fusion, it produces ___ amount of energy.

(a) What is nuclear fusion ? Explain with an example. Write the equation of the reaction involved
(b) Why are very high temperatures required for fusion to occur ?

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Nuclear fusion occurs at 10nK. The value of n is:

Nuclear fusion occurs at 10nK. The value of n is 7. In nuclear fusion, two or more compounds combine to form a heavy nucleus at very high temperature.

Nuclear fusion occurs at $10^{n} K$ . The value of $n$ is:

Nuclear fusion occurs at $10^{n} K$ . The value of $n$ is 7.
In nuclear fusion, two or more compounds combine to form a heavy nucleus at very high temperature.