1. The volume charge density ρv = ρ0⋅e−|x|−|y|−|z| exits over all free

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1. The volume charge density ρv = ρ0⋅e−|x|−|y|−|z| exits over all free space. Calculate the total charge present . 2. A line charge with charge density equal to 10 nC/m is at x = 4, z = 3. A sheet of charge with surface charge density equal to −1 nC/m is at the xy - plane as shown in Figure 1. What is thw electric field at P(2, 3, 5) ? Figure 1:

1. The volume charge density ρv = ρ0⋅e−|x|−|y|−|z| exits over all free space. Calculate the total charge present . 2. A line charge with charge density equal to 10 nC/m is at x = 4, z = 3. A sheet of charge with surface charge density equal to −1 nC/m is at the xy - plane as shown in Figure 1. What is thw electric field at P(2, 3, 5) ? Figure 1:

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1.The volume charge density

ρ_{v} = ρ_{0} \cdot e^{- | x | - | y | - | z |}

exits over all free space. Calculate the total charge present . 2. A line charge with charge density equal to

10 n C / m

is at

x = 4, z = 3

. A sheet of charge with surface charge density equal to

- 1 n C / m

is at the

x y

- plane as shown in Figure 1. What is thw electric field at

P (2, 3, 5)

? Figure 1:

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