the charge density in an insulateed solid sphere of radius find the electric field at a distance of from the center of the solid

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the charge density in an insulateed solid sphere of radius find the electric field at a distance of from the center of the solid

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Phúc Điền 1 month 2021-08-07T20:13:08+00:00 1 Answers 1 views 0

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    2021-08-07T20:14:54+00:00

    Answer:

    Assuming the charged density in the insulated solid sphere of radius 3.1m is 8.8e-9, the electric field at 5.2 meters is 73.1256 i.

    Explanation:

    The electric charge linear density is equal to 8.8 x10^{-9}

    the radius of the sphere is 3.1m

    The magnitude of the electric field at the radius of the sphere equal to 5.2 meters can be calculated with the formula ;

    – E = λ / 4πε₀ [ r  / α ( α + r ) ] i

    Solution:

    E =  8.8 x10^{-9} / 4πε₀ [ 3.1/ 5.2( 5.2 + 3.1) ] i

    = 1018.0995 [0.07183] i

    =  73.1256 i

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