A parallel plate capacitor is formed from two conducting plates of area A=0.25m^

Question

A parallel plate capacitor is formed from two conducting plates of area A=0.25m^2, and plate separation 4mm. The capacitor is then connected to a battery until the charge on each plate has magnitude Q=55nC. Assume the dielectric material has k=1. The picture shows to plates, the left being - and the right being +. The distance between the two points being 2mm. b. Determine the difference in electric potential between points 1 and 2. c. Suppose that one wished to release a charged particle at point 1 and have it accelerate towards point 2. Should one choose a proton or an electron? Explain your response. -Electron obviously toward positive? d. If the particle chosen in part (c) were released at point 1, what will its speed be when it reaches point 2?

Explanation / Answer

there is no picture as indicated i the question.....so where does point 1 and 2 lie is not clear so kindly repost the question...or indicate where these points lie in the comment

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