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2. A charged particle is placed at the center of an evacuated, metal, spherical shell. A cross- sectional view is shown below. The particle's radius ro is small compared to a and b. The charge of the particle is initially unknown. The shell is insulated from its surroundings. Independent of the charged particle, the metal shell is given a total charge of +12 nC. The 135 (-) in Newtons per Coulomb. Use 9x10º for kg. 7² electric field at a radius r > bis E- = a. Determine the charge of the particle. b. Determine an equation for the electric field for m

2. A charged particle is placed at the center of an evacuated, metal, spherical shell. A cross- sectional view is shown below. The particle's radius ro is small compared to a and b. The charge of the particle is initially unknown. The shell is insulated from its surroundings. Independent of the charged particle, the metal shell is given a total charge of +12 nC. The 135 (-) in Newtons per Coulomb. Use 9x10º for kg. 7² electric field at a radius r > bis E- = a. Determine the charge of the particle. b. Determine an equation for the electric field for m

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2. A charged particle is placed at the center of an evacuated, metal, spherical shell. A cross- sectional view is shown below. The particle's radius ro is small compared to a and b. The charge of the particle is initially unknown. The shell is insulated from its surroundings. Independent of the charged particle, the metal shell is given a total charge of +12 nC. The electric field at a radius r > b is E = 135 (-+) 2 a. Determine the charge of the particle. G. b. Determine an equation for the electric field for ʼn <r< a. Determine the charge on the inner surface of the shell (at r = d. Determine an equation for the electric field for a<r< b. Determine the charge on the outer surface of the shell (at r= r = a). e. = b). a (-) in Newtons per Coulomb. Use 9x10ª for ke b
Transcribed Image Text:2. A charged particle is placed at the center of an evacuated, metal, spherical shell. A cross- sectional view is shown below. The particle's radius ro is small compared to a and b. The charge of the particle is initially unknown. The shell is insulated from its surroundings. Independent of the charged particle, the metal shell is given a total charge of +12 nC. The electric field at a radius r > b is E = 135 (-+) 2 a. Determine the charge of the particle. G. b. Determine an equation for the electric field for ʼn <r< a. Determine the charge on the inner surface of the shell (at r = d. Determine an equation for the electric field for a<r< b. Determine the charge on the outer surface of the shell (at r= r = a). e. = b). a (-) in Newtons per Coulomb. Use 9x10ª for ke b
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