Figure 3.35 shows a 2.0 V potentiometer used for the determination of internal resistance of a 1.5 V cell. The balance point of the cell in open circuit is 76.3 cm. When a resistor of 9.5 N is used in the external circuit of the cell, the balance point shifts to 64.8 cm length of the potentiometer wire. Determine the internal resistance of the cell. 20 V A B 1.5 V 9.50
Figure 3.35 shows a 2.0 V potentiometer used for the determination of internal resistance of a 1.5 V cell. The balance point of the cell in open circuit is 76.3 cm. When a resistor of 9.5 N is used in the external circuit of the cell, the balance point shifts to 64.8 cm length of the potentiometer wire. Determine the internal resistance of the cell. 20 V A B 1.5 V 9.50
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![Figure 3.35 shows a 2.0 V potentiometer used for the determination of internal
resistance of a 1.5 V cell. The balance point of the cell in open circuit is 76.3 cm. When a
resistor of 9.5 Q is used in the external circuit of the cell, the balance point shifts to 64.8
cm length of the potentiometer wire. Determine the internal resistance of the cell.
20 V
A
B
1.5 V
9.5 2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe6421e31-1bbd-4042-ae5c-2f508b1004e5%2F4a26396b-1aa4-4302-a24c-094ade784e5a%2Fpte2wo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Figure 3.35 shows a 2.0 V potentiometer used for the determination of internal
resistance of a 1.5 V cell. The balance point of the cell in open circuit is 76.3 cm. When a
resistor of 9.5 Q is used in the external circuit of the cell, the balance point shifts to 64.8
cm length of the potentiometer wire. Determine the internal resistance of the cell.
20 V
A
B
1.5 V
9.5 2
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