Q. 1: If the electric field in a region of space is zero, canyou conclude that n
ID: 1663115 • Letter: Q
Question
Q. 1: If the electric field in a region of space is zero, canyou conclude that no electric charges are in that region? Explicateit.
Q 2: Compare the force and acceleration of an electron and aproton placed separately in an electricfield.
Q 3:
Q 4
Apply Kirchoff‘s Law to the circuit given below and findthe values of currents I1 &I2. Label the diagram properly. Take thefollowing parameters
R1 = 5, R2 = 5, R3= 15,
Explanation / Answer
R1 = 5, R2 = 5,R3 = 15,
Q. 1: If the electric field in a region of space is zero, canyou conclude that no electric charges are in that region?Yes there no electric charges. 1. Electric charges produce an electric field. or 2 they are shielded by a conducting closed surface and mightas well not bethere. Q 2: Compare the force and acceleration of an electron and aproton placed separately in an electricfield.
Electrically they both have the same or apposite charge.The mass of the proton is 2000 times larger. So while electrical forces arethe same in magnitude and different in direction theacceleration of the proton will be 2000 times less than of aelectron. Q 4: Apply Kirchoff‘s Law to the circuit given below andfind the values of currents I1 &I2. Label the diagram properly. Take thefollowing parameters
R1 = 5, R2 = 5,R3 = 15,
... where is thecircuit?
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