solve question #1 a-d please 1) A common way to separate lots of charge is to use a device called a Van deGraff Generator.(These are often found in science meuseams and make your hair stand up!) The Van deGraffgenerator uses a motor to rotate a rubber belt which rubs against a "brush". A metal wire thenconnects the brush to a hollow metal sphere where the sperated charge is accumulated/stored.Hollow MetalSphereMetal WireBrushRubber Belt-MotorRemember Cylinders!a. What two methods of charge separation are involved? Give a brief explanation(involving references to parts from the diagram!) as to how these methods areused to separate charge on the Van DeGraff!b. The generator is run for a brief time. Determine the amount of chargeaccumulated on the metal sphere given the Electric Flux as measuredcompletely around the sphere is 4.3x10° Nm²/C. (Hint, think Gauss' Law!)c. If the sphere accumulates a positive charge, how many extra electrons orprotons have been accumulated?d. If the Electric Flux was measured at a distance of 0.35 m from the center of thesphere, what is the electric field at this location? (Hint, use the definition ofelectric flux!)

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Description: solve question #1 a-d please 1) A common way to separate lots of charge is to use a device called a Van deGraff Generator.(These are often found in science meuseams and make your hair stand up!) The Van deGraffgenerator uses a motor to rotate a rubbe

a) In a Van de Graaff generator, the lower pulley connected to an electric motor rotates a rubber…

Answered: ° Nm²/C. (Hint, think Gauss arge, how…

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solve question #1 a-d please

1) A common way to separate lots of charge is to use a device called a Van deGraff Generator.
(These are often found in science meuseams and make your hair stand up!) The Van deGraff
generator uses a motor to rotate a rubber belt which rubs against a "brush". A metal wire then
connects the brush to a hollow metal sphere where the sperated charge is accumulated/stored.
Hollow Metal
Sphere
Metal Wire
Brush
Rubber Belt
-Motor
Remember Cylinders!
a. What two methods of charge separation are involved? Give a brief explanation
(involving references to parts from the diagram!) as to how these methods are
used to separate charge on the Van DeGraff!
b. The generator is run for a brief time. Determine the amount of charge
accumulated on the metal sphere given the Electric Flux as measured
completely around the sphere is 4.3x10° Nm²/C. (Hint, think Gauss' Law!)
c. If the sphere accumulates a positive charge, how many extra electrons or
protons have been accumulated?
d. If the Electric Flux was measured at a distance of 0.35 m from the center of the
sphere, what is the electric field at this location? (Hint, use the definition of
electric flux!)

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