For nuclear fusion reactions, the fusion temperature is of the order of

Question

For nuclear fusion reactions, the fusion temperature is of the order of (A)  105 K  (B)  103 K  (C)  107 K  (D)  100 K

Tardigrade Admin · Accepted Answer

For the occurrence of nuclear fusion a very high temperature (ie, 20 million K or .2 × 107 K ) is required. Thus, these reactions are also known as thermonuclear reactions

Q. For nuclear fusion reactions, the fusion temperature is of the order of

$1 0^{5} K$

$1 0^{3} K$

$1 0^{7} K$

$100 K$

For the occurrence of nuclear fusion a very high temperature (ie, 20 million $K$ or $2 \times 1 0^{7} K)$ is required. Thus, these reactions are also known as thermonuclear reactions

Q. For nuclear fusion reactions, the fusion temperature is of the order of

105K

103K

107K

100K

For the occurrence of nuclear fusion a very high temperature (ie, 20 million K or 2×107K) is required. Thus, these reactions are also known as thermonuclear reactions

$1 0^{5} K$

$1 0^{3} K$

$1 0^{7} K$

$100 K$

For the occurrence of nuclear fusion a very high temperature (ie, 20 million $K$ or $2 \times 1 0^{7} K)$ is required. Thus, these reactions are also known as thermonuclear reactions