10 resistors,each of resistance 10,Omega,can | vedclass

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(D) Maximum resistance is obtained when all resistors are connected in a series combination.$R_{\max} = n 	imes R$,where $n = 10$ and $R = 10\,\Omega

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$100$

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(D) Maximum resistance is obtained when all resistors are connected in a series combination.$R_{\max} = n 	imes R$,where $n = 10$ and $R = 10\,\Omega$.$R_{\max} = 10 	imes 10 = 100\,\Omega$.Minimum resistance is obtained when all resistors are connected in a parallel combination.$R_{\min} = \frac{R}{n}$,where $n = 10$ and $R = 10\,\Omega$.$R_{\min} = \frac{10}{10} = 1\,\Omega$.The ratio of maximum to minimum equivalent resistance is:$\frac{R_{\max}}{R_{\min}} = \frac{100}{1} = 100$.

$10$ resistors,each of resistance $10\,\Omega$,can be connected to obtain maximum and minimum equivalent resistance. The ratio of maximum to minimum equivalent resistance will be $..........$.

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