A capacitor is charged by a constant 10 mA current sources which is turned on for 1 second. Assuming the capacitor is initially charge free; determine the charge delivered to and the power supplied by the source if the capacitor has a value of 1 mF.

Electric Circuits
A capacitor is charged by a constant 10 mA current sources which is turned on for 1 second. Assuming the capacitor is initially charge free; determine the charge delivered to and the power supplied by the source if the capacitor has a value of 1 mF.

0.1C, 100MW.

0.1C, 10MW.

0.01C, 10MW.

0.01C and 5W.

0.1C, 100MW.

0.1C, 10MW.

0.01C, 10MW.

0.01C and 5W.

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Electric Circuits
If the measured value of a capacitor is 205.3µF and true value is 201.4µF the percentage relative error is

1.94%

39.00%

25.64%

1.89%

1.94%

39.00%

25.64%

1.89%

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Electric Circuits
The time required for a pulse to change from 10 % to 90 % of its maximum value is known as

run time.

decay time.

fall time.

rise time.

run time.

decay time.

fall time.

rise time.

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Electric Circuits
The rms value of the voltage U(t)= 3 + 4cos(3t)

{3 + 2(1.141)} V.

7 V.

4.123 V.

5 V.

{3 + 2(1.141)} V.

7 V.

4.123 V.

5 V.

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Electric Circuits
The capacity of a cell is measured in

ampere-hour.

watt-hours.

watts.

amperes.

ampere-hour.

watt-hours.

watts.

amperes.

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Electric Circuits
A 2m long conductor, carries a current of 50 A at a magnetic field of 100 × 10 − 3 T. The force on the conductor is

100 N.

10 N.

10000 N.

1000 N.

100 N.

10 N.

10000 N.

1000 N.

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Electric Circuits

Electric Circuits A capacitor is charged by a constant 10 mA current sources which is turned on for 1 second. Assuming the capacitor is initially charge free; determine the charge delivered to and the power supplied by the source if the capacitor has a value of 1 mF.

Electric Circuits If the measured value of a capacitor is 205.3µF and true value is 201.4µF the percentage relative error is

Electric Circuits The time required for a pulse to change from 10 % to 90 % of its maximum value is known as

Electric Circuits The rms value of the voltage U(t)= 3 + 4cos(3t)

Electric Circuits The capacity of a cell is measured in

Electric Circuits A 2m long conductor, carries a current of 50 A at a magnetic field of 100 × 10 − 3 T. The force on the conductor is

Electric Circuits
A capacitor is charged by a constant 10 mA current sources which is turned on for 1 second. Assuming the capacitor is initially charge free; determine the charge delivered to and the power supplied by the source if the capacitor has a value of 1 mF.

Electric Circuits
If the measured value of a capacitor is 205.3µF and true value is 201.4µF the percentage relative error is

Electric Circuits
The time required for a pulse to change from 10 % to 90 % of its maximum value is known as

Electric Circuits
The rms value of the voltage U(t)= 3 + 4cos(3t)

Electric Circuits
The capacity of a cell is measured in

Electric Circuits
A 2m long conductor, carries a current of 50 A at a magnetic field of 100 × 10 − 3 T. The force on the conductor is