physics
if each parallel conducting plates have area 1, then another area 2 is added to each plates, if i look at this formula Q=CV=epsilon(A1+A2)V/d, then shouldnt charge increases then charge density also increases
physics
if each parallel conducting plates have area 1, then another area 2 is added to each plates, if i look at this formula Q=CV=epsilon(A1+A2)V/d, then shouldnt charge increases then charge density also increases
physics
if i look at this formula Q=CV=epsilon(A1+A2)V/d, then shouldnt charge increases then charge density also increases
physics
if each parallel conducting plates have area 1, then another area 2 is added to each plates, is the charge density and charge still be the same
physics
if i increase the distance between the parallel conducting plates, potential difference going to increase but what about electric field?
physics(check my answers)
a large thin conducting plate has a net charge q. the charge density on each side of conducting plate is : q/2A electric field on each side is :q/2epsilon=q/4Aepsilon Does the charge on the right surface contribute to the electric field to the left of the plate?
physics
so if a capacitor is connected in series with a resistance. Then if one side of capacitor is connected to a positive terminal. Then does that mean that plate has to be positive charge. The electrons travel from the positive plate around the loop to the negative side?
physics
does current flows from high potential to low potential since it flows from positive terminal to negative terminal
physcis
can we only have uniform electric field in flux only
physics
does flux depends on electric field or just the enclosed charges only
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