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A conducting sphere of radius 5 cm is charged to 15 C. Another uncharged sphere of radius 10 cm is allowed to touch it for enough time. After the two are separated, the surface density of charge on the two spheres will be in the ratio?

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Answered by ambashtaanshika16

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Please write the question correctly

Answered by Anonymous

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$<p style="color:cyan;font-family:cursive;background:black;font size:40px;"> Let common potential = V</p><p></p><p>q1 = 4πεor1 V , q2 = 4πεor2 V</p><p></p><p>σ1 = q1/4πr12 ; σ2 = q2/4πr22</p><p></p><p>σ1/σ2 = (q1/q2) (r22/r12) = r2/r1 = 10/5 = 2 : 1........</p>$

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BACK TO ASKMY QUESTIONSRANKUPnewRANK IMPROVEMENT GUARANTEE00A conducting sphere of radius 5 cm is charged to 15 C. Another uncharged sphere of radius 10 cm is allowed to touch it for enough time. After the two are separated, the surface density of charge on the two spheres will be in the ratio?​

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