Build the series-parallel circuit shown below. (If you do no…
Build the series-parallel circuit shown below. (If you do not have the exact value of the resistor handy, please use the closest value that you have and mention in the exam clearly the value that you using). Calculate and measure the total resistance and total current and record the data in table 1 Total resistance calculated by series-parallel transformation (Ohms) Resistance Measured using a multimeter. (ohms) Compute the total resistance using ohms law R= V/I (ohms) Calculate the total current using ohms law (It) = V/Rt (mA) Measure the total current (It) (mA) Table 1 Measure the voltage across R1 through R8 and record the data in table 2 Measure the current through R1 through R8 and record the data in table 2 Resistor Voltage (v) Current (mA) R1 R2 R3 R4 R5 R6 R7 R8 Table 2 Open R3 resistor from one end and then measure the total current It=________mA. Did the total current shows in table 1 change? If so, explain the concept. Put R3 back in the circuit and open the end of R4 and then measure the total current again, It=_______mA. Did the total current shows in table 1 change? Explain the concept.
Read DetailsThe parallel combination of a 330 Ohm resistor and a 470 Ohm…
The parallel combination of a 330 Ohm resistor and a 470 Ohm resistor is in series with the parallel combination of four 1.0 Kohm resistors. A 100 V source is connected across the circuit. The resistor(s) with the most voltage has (have) a value of
Read DetailsThe parallel combination of a 330 Ohm resistor and a 470 Ohm…
The parallel combination of a 330 Ohm resistor and a 470 Ohm resistor is in series with the parallel combination of four 1.0 Kohm resistors. A 100 V source is connected across the circuit. The resistor with the most current has a value of
Read Details