The SI unit of electric charge is  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

An instrument called  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt measures electric current in a circuit.

A continuous and closed path of an electric current is called an  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

The SI unit of electric potential difference is  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

The potential difference is measured by means of an instrument called the  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

A conductor having some appreciable resistance is called a  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

The SI unit of electric power is  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

 ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt states that at constant temperature potential difference (voltage) across an ideal conductor is proportional to the current through it.

Property of the conductor which resists the flow of electric current is called  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

Equivalent resistance in parallel combination will be  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt than the lest resistance used in circuit.

Current is a  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt quantity .

Presence of argon prolongs the life of  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt of electric bulb.

Work done on unit charge is called as  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

Two resistors are in parallel when they have  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt common points.

746 watts make  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt power.

Rheostat used in  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt in a circuit can make a bulb to glow with varying brightness.

The SI unit of  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt is ohm-metre.

The SI unit of electric current is  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt.

The unit of power is  ammeteramperecoulombelectric circuitFilamentOhm’s lawoneone horsePotential differenceresistivityresistorscalarseriessmallervoltvoltmeterwatt .