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The cylinder shown has a uniform charge density ρ0 and a total charge of Q. Find b. The knowns are r, ρ0, and Q. The cylinder in the previous problem is given a volume charge density of ρ = ρ0(zz2+b2). If the total charge on the cylinder is Q, find b. The knowns are r, ρ0, and Q.

The cylinder shown has a uniform charge density ρ0 and a total charge of Q. Find b. The knowns are r, ρ0, and Q. The cylinder in the previous problem is given a volume charge density of ρ = ρ0(zz2+b2). If the total charge on the cylinder is Q, find b. The knowns are r, ρ0, and Q.

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  1. The cylinder shown has a uniform charge density ρ 0 and a total charge of Q . Find b . The knowns are r , p 0 , and Q .
  2. The cylinder in the previous problem is given a volume charge density of ρ = ρ 0 ( z z 2 + b 2 ) . If the total charge on the cylinder is Q , find b . The knowns are r , ρ 0 , and Q .

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