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19 Nov 2019
In the figure a very thin spherical plastic shell of radius 15 cmcarries a uniformly-distributed negative charge of -6 nC (-6e-9 C)on its outer surface. An uncharged solid metal block is placednearby. The block is 10 cm thick, and the left surface of the blockis 10 cm away from the surface of the sphere.
Calculate the magnitude of E block, the electric field at thecenter of the metal block, due only to the charges on the blockitself. (Hint: make sure you use the appropriate distance in yourcalculation.)
What is the magnitude of the net electric field at the center ofthe metal block?
In the figure a very thin spherical plastic shell of radius 15 cmcarries a uniformly-distributed negative charge of -6 nC (-6e-9 C)on its outer surface. An uncharged solid metal block is placednearby. The block is 10 cm thick, and the left surface of the blockis 10 cm away from the surface of the sphere.
Calculate the magnitude of E block, the electric field at thecenter of the metal block, due only to the charges on the blockitself. (Hint: make sure you use the appropriate distance in yourcalculation.)
What is the magnitude of the net electric field at the center ofthe metal block?
shakti8630Lv7
20 Jan 2023
Irving HeathcoteLv2
26 May 2019
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