# Question

For the circuit shown in Fig. 18.31, find

(a) The cur-rent in each resistor,

(b) The voltage across each resistor, and

(c) The total power delivered.

(a) The cur-rent in each resistor,

(b) The voltage across each resistor, and

(c) The total power delivered.

## Answer to relevant Questions

Suppose that the resistor arrangement in Fig. 18.28 is connected to a 12-V battery. What will be (a) The current in each resistor, (b) The voltage drop across each resistor, and (c) The total power delivered? For the circuit in Fig. 18.33, find (a) The current in each resistor, (b) The voltage across each resistor, (c) The power delivered to each resistor, and (d) The total power delivered by the battery. Using Kirchhoff’s rules, find the current in each resistor in Fig. 18.35. In a flashing neon sign display, a certain time constant is desired. (a) To increase this time constant, you should (1) increase the resistance, (2) decrease the resistance, (3) eliminate the resistor. Why? (b) If a 2.0 s ...A galvanometer with a full-scale sensitivity of 2000 μA has a coil resistance of 100-Ω. It is to be used in an ammeter with a full-scale reading of 30 A. (a) Should you use (1) a shunt resistor, (2) a zero resistor, or ...Post your question

0