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What is the magnitude of electric field outside and inside of a solid sphere which of radius R and has charge density p(r) = po(1 – ) for r R (outside). The total charge is Q on the sphere. for r > R; E = por( – 2AR) 4Tegr² O a. E = for r R; E = por( - 2AR) for r R; E = por² ( - ziR) for r R; E = por² ( - ziR) for r R; E = Por( - i) for r

What is the magnitude of electric field outside and inside of a solid sphere which of radius R and has charge density p(r) = po(1 – ) for r R (outside). The total charge is Q on the sphere. for r > R; E = por( – 2AR) 4Tegr² O a. E = for r R; E = por( - 2AR) for r R; E = por² ( - ziR) for r R; E = por² ( - ziR) for r R; E = Por( - i) for r

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What is the magnitude of electric field outside and inside of a solid sphere which of radius R and has charge density p(r) = po(1 – ) for r<R (inside) and p(r) = 0 forr> R (outside). The total charge is Q on the sphere. for r > R; E = por( – 2AR) 4Tegr² O a. E = for r<R Q O b. E = for r > R; E = por( - 2AR) for r<R 4Tegr3 O C. E = Q? for r > R; E = por² ( - ziR) for r<R 24R O d. E = Q? for r > R; E = po7²( - 2iR) for r<R 4TEgr2 О е. Е — for r > R; E = Por( - i) for r<R 8Tegr2 24R
Transcribed Image Text:What is the magnitude of electric field outside and inside of a solid sphere which of radius R and has charge density p(r) = po(1 – ) for r<R (inside) and p(r) = 0 forr> R (outside). The total charge is Q on the sphere. for r > R; E = por( – 2AR) 4Tegr² O a. E = for r<R Q O b. E = for r > R; E = por( - 2AR) for r<R 4Tegr3 O C. E = Q? for r > R; E = por² ( - ziR) for r<R 24R O d. E = Q? for r > R; E = po7²( - 2iR) for r<R 4TEgr2 О е. Е — for r > R; E = Por( - i) for r<R 8Tegr2 24R
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