I. A charged spherical shaped drop of oil has a radius of 2.276 µm and density, ρ = 918 kgm-3. The drop has been maintained in equilibrium under the combined influence of its weight and a downward...

I. A charged spherical shaped drop of oil has a radius of 2.276 µm and density, ρ = 918 kgm-3. The drop has been maintained in equilibrium under the combined influence of its weight and a downward...

Find the sum: 1+2+3=...+94 using Gauss's approach Please show how you arrive at this answer

Use Gauss' Law for Electricity to find the total charge in the cone y=sqrt(x^2+z^2) for E=<2xy, y^2, 5xy>. (Answer: 0) I've set up the triple integral of 4y dV and the formula for volume...

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