7.(3.0 p) For the Wheatstone bridge cited in the figure, calculate what the resistance Rx must be that balances the circ

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7.(3.0 p) For the Wheatstone bridge cited in the figure, calculate what the resistance Rx must be that balances the circ

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7 3 0 P For The Wheatstone Bridge Cited In The Figure Calculate What The Resistance Rx Must Be That Balances The Circ 1
7 3 0 P For The Wheatstone Bridge Cited In The Figure Calculate What The Resistance Rx Must Be That Balances The Circ 1 (56.55 KiB) Viewed 41 times
7.(3.0 p) For the Wheatstone bridge cited in the figure, calculate what the resistance Rx must be that balances the circuit if R1=20 Ohm, R2= 35 Ohm, R3=43 Ohm i! D 14 HE | 8. (0.25p) What is the condition for the Wheatstone bridge to be in equilibrium? a. The current between points A and C is zero. b. The current between points B and C is zero. C. The current between points B and D is zero. d. All of the above. 9.(0.25p) If Rx is unique and we increase R1. How does L3 and L2 change to keep getting the same Rx? a. L2 and L3 increase proportionally. b. L2 increases while L3 decreases. c. L2 and L3 decrease proportionally. d. L2 decreases while L3 increases.
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