Derive the formula :, where L is distance, m is mass, z is charge, V is...

Derive the formula :, where L is distance, m is mass, z is charge, V is potential

Expert Solution

Potential at a point due to some charge or mass configuration is defined as it is numerically equal to work done in bringing the body of unit positive charge or mass from reference position (position of the body where force experience by it is zero) to a position of lenth l (here) such that it is never accelerated i.e. it always remains in the state of quasistatic equilibrium.

genius_generous answered 2 years ago

Derive the charge-to-mass ratio formula for an electron in terms of ∆Vd (deflecting voltage), ∆Va (accelerating...

Derive the charge-to-mass ratio formula for an electron in terms of ∆Vd (deflecting voltage), ∆Va (accelerating voltage), I, R, d, k, and N.

A box of mass M is pushed a distance L across a level floor by a...

A box of mass M is pushed a distance L across a level floor by a constant applied force P. The coefficient of kinetic friction between the box and the floor is μ. Assuming the box starts from rest, express the final velocity vf of the box in terms of M, L, P, μ, and g.

charge qA and qB separated by a distance L = 12 m, see figure. The potential...

charge qA and qB separated by a distance L = 12 m, see figure. The potential V is zero at a distance a = 3.9 m. Find the charge qA if qB = -2.7 C.

A negative charge, -q, has a mass, m, and an initial velocity, v, but is infinitely...

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A block has mass M=2kg and is initially at rest, then slides a distance L =...

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Derive the formula for electron charge to mass ratio e/m=2V/(Br)^2: first, explain why formulas (mv^2)/r=evB and...

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A charge q1 = 1.62 µC is at a distance d = 1.63 m from a...

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A proton is located at a distance of 0.049 m from a point charge of +8.30...

A proton is located at a distance of 0.049 m from a point charge of +8.30 ?C. The repulsive electric force moves the proton until it is at a distance of 0.16 m from the charge. Suppose that the electric potential energy lost by the system were carried off by a photon. What would be its wavelength?

Prove the following formulas, where u, v, z are complex numbers and z = x +iy....

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Derive the formula (together with diagram/s where applicable) for the critical load of an eccentric loading...

Derive the formula (together with diagram/s where applicable) for the critical load of an eccentric loading conditions.

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