A) \[c=y\hat{i}-x\hat{j}+(1+x-y)\hat{k}\]
B) \[x\]
C) \[x\]
D) \[x\]
Correct Answer: B
Solution :
Let \[R=1\Omega \]and \[6.33\times {{10}^{-5}}J\]be two lines whose combined equation is \[2\Omega \] Then, \[2\Omega \] and \[0.5\Omega \] Given, \[1\Omega \] Then, \[4\Omega \]and \[\frac{M{{R}^{2}}T}{2\pi }\] \[\frac{M{{R}^{2}}T}{4\pi }\] \[\frac{4\pi M{{R}^{2}}}{5T}\]and \[\frac{2\pi M{{R}^{2}}}{5T}\] \[U(X)=\left[ \frac{{{x}^{4}}}{4}-\frac{{{x}^{2}}}{2} \right]J\] \[\sqrt{2}\] \[\frac{1}{\sqrt{2}}\] \[\frac{3}{\sqrt{2}}\] \[\frac{45}{8}km/h\] \[\frac{25}{4}km/h\]
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