The direction of the flow of current through electric circuit is?

From low potential to high potential

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From high potential to low potential

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Does not depend upon potential value

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Current cannot flow through circuit

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Solution

The correct option is B From high potential to low potential
Charge always move from a region of higher potential to a region of lower potential where spontaneous.

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Similar questions

Current in a circuit flows :

(a) in the direction from high potential to low potential

(b) in the direction from low potential to high potential

(d) in any direction.

A conductor $A B$ is joined to a cell with its end $A$ at a low potential and the end $B$ at a high potential. The direction of flow of current in the conductor is from $A$ to $B .$

Q. Match:

1. Electric Current	a. High Pressure to Low Pressure
2. Heat	b. High temperature to Low temperature
3. Water	c. High electrical potential to low electrical potential
4. Free fall	d. High gravitational potential to low gravitational potential

Q. The electric current

(I)

flowing through a circuit is directly proportional to the potential difference

(V)

in it. When the potential difference is

60

volts, the electric current is

1.5

ampere. Find the electric current flowing through the circuit when the potential difference is

100

volt.

Q. The conventional flow of electric current in a circuit is from ______ potential to ______ potential.

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The direction of the flow of current through electric circuit is?

The correct option is B From high potential to low potentialCharge always move from a region of higher potential to a region of lower potential where spontaneous.

The correct option is B From high potential to low potential
Charge always move from a region of higher potential to a region of lower potential where spontaneous.