A sphere shell of non-conductingmaterial with inner radius a and outerradius b has charge uniformlydistributed with a density 1.0x.10 - 6C/m3 (Fig. 1) Plot E - field from r = 0cm to 30cm. a = 10cm, b = 20cm. .1. A sphere shell of non-conducting material with inner radius a and outer radius b hascharge uniformly distributed with a density 1.0x 106 C/m³ (Fig. 1) Plot E-field fromr=0cm to 30cm. a=10cm, b=20cm.b+++Fig. 1

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A sphere shell of non-conducting material with inner radius a and outer radius b has charge uniformly distributed with a density 1.0x.10-6 C/m3 (Fig. 1) Plot E - field from r = 0 cm to 30cm. a = 10cm, b = 20cm. .

A sphere shell of non-conducting material with inner radius a and outer radius b has charge uniformly distributed with a density 1.0x.10-6 C/m3 (Fig. 1) Plot E - field from r = 0 cm to 30cm. a = 10cm, b = 20cm. .

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Question

A sphere shell of non-conducting
material with inner radius a and outer
radius b has charge uniformly
distributed with a density 1.0x.10 - 6
C/m3 (Fig. 1) Plot E - field from r = 0
cm to 30cm. a = 10cm, b = 20cm. .
1. A sphere shell of non-conducting material with inner radius a and outer radius b has
charge uniformly distributed with a density 1.0x 106 C/m³ (Fig. 1) Plot E-field from
r=0cm to 30cm. a=10cm, b=20cm.
b
+
++
Fig. 1

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