Select the values of R₁, R2, and R3 in the circuit in (Figure 1) to meet the following design requirements: • The total power supplied to the divider circuit by the 30 V source is 30 W when the divider is unloaded. • The three voltages, all measured with respect to the common reference terminal, are v₁ = 15 V, v₂ = 5 V, and v3 = -15 V. Express your answers to two significant figures in ohms separated by commas.

To measure the potential divider voltages you use a multimeter with a 1 MQ input resistance connected as shown below. The circuit values are: VIN = 3.5 V, R1 = R2 = 6.6 kQ, R3 = R4 = 660 kQ, and R5 R6 = 6.6 MQ. VIN ww www.ta R1 R2 VOUT A 1M Multimeter Your multimeter shows the measured value for VOUT_A to be 1.87 V. Consider the 3 resistors in the schematic above and recalculate what you expect the measured voltage to be.

I need help using KVL to measure the voltage drops across the following resistors, comparing to my measured values in multisim.

In the circuit of Figure 5, the AC voltage source has an resistors have the values given in Table 1. Calculate the maximum value of v2 You should use the principle of superposition Exercise: amplitude of 2.0 V and the R3 Synthesized 2 V Frequency R2 Generator Figure 5: Circuit with one AC and one DC voltage Source +