A) \[\sqrt{2}R\sqrt{\eta {{T}_{0}}}\]
B) \[2R\sqrt{\eta {{T}_{0}}}\]
C) \[2\sqrt{2}R\sqrt{\eta {{T}_{0}}}\]
D) \[R\sqrt{\eta {{T}_{0}}}\]
Correct Answer: B
Solution :
Consider the potential (V) versus (X) graph. We can find the electric field by using \[{{t}_{2}}\] \[2g({{t}_{1}}+{{t}_{2}})\] \[\frac{g}{4}{{({{t}_{1}}+{{t}_{2}})}^{2}}\] \[g/4({{t}_{1}}{{t}_{2}})\] \[2g{{\left( \frac{{{t}_{1}}+{{t}_{2}}}{4} \right)}^{2}}\] \[R/4\] Thus, \[R/2\] and \[R/8\]
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