A) \[{{t}^{\frac{1}{2}}}\]
B) \[t\]
C) \[[FL{{T}^{-2}}]\]
D) \[[F{{L}^{2}}{{L}^{-2}}]\]
Correct Answer: A
Solution :
Per unit volume energy stored \[{{P}_{1}}+{{P}_{2}}=0\,\,or\,\,{{P}_{1}}=-{{P}_{2}}\,\,or\,|{{P}_{1}}|=|{{P}_{2}}|\] \[\frac{{{\lambda }_{2}}}{{{\lambda }_{1}}}=\frac{|{{P}_{1}}|}{|{{P}_{2}}|}=1\] \[10\Omega \] \[\text{ABD}=\text{5}+\text{1}0=\text{15}\Omega \] \[\text{ACD}=\text{1}0+\text{2}0=\text{3}0\Omega \] \[R=\frac{15\times 30}{15\times 30}=10\Omega \] \[I=\frac{5V}{10\Omega }=0.5A\] \[p\propto T\]
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