Refer to the figure. 1 = ? Vi = ? R = 1.9012 V = 12.0 V b = ? R = 6.40 R = 14.0 22 • V = ? (a) Calculate P3 (in W). W (b) Find the total power in W) supplied by the source. w Compare the total power with the sum of the powers dissipated by the resistors. (Consider two values to be equal if they are within 3% of each other.) The total power...
Refer to the figure. R1.40 12.0 V R2 -5.60 R, -12.603? (a) Calculate P3 (in W) (b) Find the total power (In W) supplied by the source. Compare the total power with the sum of the powers dissipated by the resistors. (consider two values to be equal if they are within 3% of each other.) The total power is greater than the sum of the powers dissipated by the resistors. The total power is equal to the sum of the...
Refer to the figure. V = ? 1.400 R =? 12.0V 12 = ? R 1. R 13.8 V = V-V, = ? 7.2002 (a) Calculate P3 (in W). w (b) Find the total power in W) supplied by the source. w Additional Materials Reading
Refer to the figure. V, ? 2.00 R I=? 12 = ? 12.0V R 13.20 V = V-V, = ? R2 13 4.802 (a) Calculate P3 (in W). w (b) Find the total power in W) supplied by the source. W
Refer to the figure. V = ? 1.100 R 12.0V 12 = ? R 4.400 wa R 12.40 V = V-V, = ? (a) Calculate P3 (in W). w (b) Find the total power (in W) supplied by the source. w
Refer to the figure. (a) Find P3 (in W). ______ W Refer to the figure. V = ? 1.500 w R I ? 12.0V R 7.2012 R 14.0 V-V-V- (a) Calculate P3 (in W). X W 1.61 (b) Find the total power in W) supplied by the source. 23.04 W
Refer to the figure. V = ? 1.600 R 1 = ? 12.0V RO } 13 R 12.62 Vp = V-V, = ? 4.40 Q (a) Calculate P3 (in W). W (b) Find the total power (in W) supplied by the source. W
Refer to the figure. (a) Calculate P3 (in W). (b) Find the total power (in W) supplied by the source. 2 R1-1.10 Ω v-12.0 V
Three resistors R, -4.002, R2 = 8.00 2. & R = 12.0 are connected in parallel. a) Find the equivalent resistance for the parallel combination. Rog- b) If the parallel combination is connected to a 2.00 V power supply, find the total power dissipated by the resistors. c) If the same 3 resistors are connected in series and then connected to the same power supply, find the total power dissipated by the resistors.
Problem 2. Three resistors are connected to a 12.0 V battery, as shown in the figure: 200 Ω 100 Ω 402 12.0 V a. Prepare Label all currents and voltages in the circuit. Write expressions for Kirchhoff's Rules b. Solve Calculate the current and power supplied by the battery c. Calculate the power dissipated in each resistor. d. Assess Show that your answers to parts (b.) and (c.), considered together, are consistent with energy conservation. If your answers are not...