An infinite plane of charge with $\sigma = + 55.5 \frac { p C } { \mathrm {~m} ^ { 2 } }$ is tilted at a 45$\degree$ angle to the vertical direction as shown below.The potential difference,V_A -V_B,in volts,between points A and B,a 4.50 m distance apart,is A)-7.06. B)-9.98. C)-14.11. D)+7.06. E)+9.98.

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The Answer of An infinite plane of charge with $\sigma = + 55.5 \frac { p C } { \mathrm {~m} ^ { 2 } }$ is tilted at a 45$\degree$ angle to the vertical direction as shown below.The potential difference,V_A -V_B,in volts,between points A and B,a 4.50 m distance apart,is A)-7.06. B)-9.98. C)-14.11. D)+7.06. E)+9.98.

An Infinite Plane of Charge With σ=+55.5pC m2\sigma = + 55.5 \frac { p C } { \mathrm {~m} ^ { 2 } }σ=+55.5 m2pC​

An Infinite Plane of Charge With $\sigma = + 55.5 \frac { p C } { \mathrm {~m} ^ { 2 } }$