The ratio left(frac{E}{W}right) of relative s | vedclass

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Question

(B) The fundamental forces in nature, in decreasing order of their relative strength, are: $1$. Strong nuclear force: $1$ $2$. Electromagnetic force:

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$10^{11}$

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(B) The fundamental forces in nature, in decreasing order of their relative strength, are: $1$. Strong nuclear force: $1$ $2$. Electromagnetic force: $10^{-2}$ $3$. Weak nuclear force: $10^{-13}$ $4$. Gravitational force: $10^{-39}$ To find the ratio of the strength of the electromagnetic force $(E)$ to the weak nuclear force $(W)$, we divide their relative strengths: $\frac{E}{W} = \frac{10^{-2}}{10^{-13}} = 10^{-2 - (-13)} = 10^{11}$ Therefore, the ratio is $10^{11}$.

The ratio $\left(\frac{E}{W}\right)$ of relative strength of electromagnetic force $(E)$ to weak nuclear force $(W)$ is,

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