Question

Graph is plotted between the values of potential difference (V) and current (I). What conclusion do you draw about the relation between V and I from this graph. State this relation in your words.

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Answer 1

Answer :

• Here we see that the V vs I graph is a straight line $\sf .$ We see that as the Potential Difference increase the current in the circuit increases along with it.

• That is Voltage (Potential Difference) is directly proportional to the current In a circuit. i.e V ∝ I

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• Also Voltage is directly proportional to the Resistance in a circle and if you were to plot a V vs R graph you would observe a similar straight line.

• This is the basis on which the Ohm's law was derived that is, as V ∝ I and V ∝ R then V = IR

• Also I is inversely proportional to the resistance in a circuit

Answer 2

Required answeR:-

• Here we see that the V vs I graph is a straight line. We see that as the Potential Difference increase the current in the circuit increases along with it.
• That is Voltage (Potential Difference) is directly proportional to the current In a circuit. i.e V ∝ I
• (Refer the attachment for diagram)

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• Also Voltage is directly proportional to the Resistance in a circle and if you were to plot a V vs R graph you would observe a similar straight line.
• This is the basis on which the Ohm's law was derived that is, as V ∝ I and V ∝ R then V = IR
• Also I is inversely proportional to the resistance in a circuit

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