1) A circuit has 4 resistors in series. The voltage source equals 10 volts (V). The resistors are equal to R1 = 500 2, R2 =1 k2, R3 = 1.5 kN and R4 = 2 k2. Draw the circuit diagram for this problem. Label the voltage source, resistors, and voltages across the resistors: VRI, VR2, VR3, VR4. Label a current, I, out of the voltage source. ) Determine the equivalent resistance Reg, that could replace all 4 resistors that are inseries. Determine the current, I, in mA. Determine the electrical power supplied by the 10 V source. Determine the voltages across each of the 4 resistors: VRI, VR2, VR3, VR4. ) Show that Kirchoff's Voltage Law is true here by summing all the voltages around the circuit (i.e. demonstrate that 4 voltages around the circuit sum to 0)

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