- No Reference Material For This Short Activity 608 85x10c Nm 0 2 Mm 0 2 Mm Fe2 E Le Metal Dv E A 1 (414.02 KiB) Viewed 37 times
No reference material for this short activity. 608.85x10C /(Nm) 0.2 mm --- 0.2 mm + + + + FE2 + E? LE Metal DV=E. + .A -
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No reference material for this short activity. 608.85x10C /(Nm) 0.2 mm --- 0.2 mm + + + + FE2 + E? LE Metal DV=E. + .A -
No reference material for this short activity. 608.85x10C /(Nm) 0.2 mm --- 0.2 mm + + + + FE2 + E? LE Metal DV=E. + .A -400 volts -400 volts-500 volts -500 volts Consider the capacitor as shown in the left hand diagram. The potential values shown in the diagram are maintained by batteries. (a) What is the charge density on the original plates? ans = 5xlosc bu Your Sovelon da Sxl x 8.86x1024.425x106 (b) A metal (rather than a dielectric) is inserted between the plates. What happens to the electric field inside the capacitor? Capaceltance will increase Electric field decrease Patential decrease (c) What is the charge density (if any) on the two surfaces of the inserted metal sheet? (d) What happens to the electric field in the small space between the original plate and the incerted metal? Assume that the gap is the same on both sides.
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