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Problem 8: A disk of radius R is sprayed with a charged paint so that the resulting charge density varies continually with radial distance, r, from the center of the disc according to o=0OrR Observation point P is located on the symmetry axis at a distance h above the plane of the disc, as shown. If R= 6.85 cm, h= 12.17 cm and 00= 5.83 nC/m2, then what is the potential, in volts, at observation point P? h 0 R

Problem 8: A disk of radius R is sprayed with a charged paint so that the resulting charge density varies continually with radial distance, r, from the center of the disc according to o=0OrR Observation point P is located on the symmetry axis at a distance h above the plane of the disc, as shown. If R= 6.85 cm, h= 12.17 cm and 00= 5.83 nC/m2, then what is the potential, in volts, at observation point P? h 0 R

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Problem 8: A disk of radius R is sprayed with a charged paint so that the resulting charge density varies continually with radial distance, r, from the center of the disc according to o=00rR Observation point P is located on the symmetry axis at a distance h above the plane of the disc, as shown. If R= 6.85 cm, h= 12.17 cm and o0= 5.83 nC/m2, then what is the potential, in volts, at observation point P ? h 0 R
Transcribed Image Text:Problem 8: A disk of radius R is sprayed with a charged paint so that the resulting charge density varies continually with radial distance, r, from the center of the disc according to o=00rR Observation point P is located on the symmetry axis at a distance h above the plane of the disc, as shown. If R= 6.85 cm, h= 12.17 cm and o0= 5.83 nC/m2, then what is the potential, in volts, at observation point P ? h 0 R
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