A conducting cylinder of radius RO and length L, and carrying charge -2q, is surrounded by a conducting cylindrical shell of radius R and charge +5q. Use Gauss’s law to find:(a) The electric field strength at point r outside the conducting shell. (b) The charge on the inside and outside surfaces of the conducting shell.

Permeability of free space, µo= 4p × 10-7 H/m
(i) Give a mathematical statement of Gauss’s law.
(ii) Determine the electric flux FE of E through a hemisphere of radius Ro given that the field is uniform and perpendicular to the axis of the hemisphere.
(iii) A conducting cylinder of radius RO and length L, and carrying charge -2q, is surrounded by a conducting cylindrical shell of radius R and charge +5q. Use Gauss’s law to find:
(a) The electric field strength at point r outside the conducting shell.
(b) The charge on the inside and outside surfaces of the conducting shell.
(c) The electric field strength in the region between the cylinders.
(iv) (i) Explain what is meant by phase of a sinusoidal alternating current.
(ii) An inductor and a capacitor are connected one at a time to a variable frequency power source. State how, and explain in non-mathematical terms why, the current through the circuit varies as the frequency varies.

 

 

 

 

 

 

 

 

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