.... ..... 6E Lab 4: Series and Parallel Circuits DATA SHEET Name_Curtis Baver Date Part I- Determining the Actual Resistance Resistor Current Current Voltage mA A 100 140 70 R2 106 Part II - Resistors in Series Current (mA) Current (A) Voltage (V) 20 20 20 20 I 00 O'O 833 1798 00 to 394 Part III - Resistors in Parallel Current (mA) Current (A) Voltage (V) I 90 I2 15 37 10. Turn off the DC power supply. Calculations 1. Convert all current readings to amps. 2. Using V and I, calculate the equivalent total resistance, R, of the parallel circuit. 941 230 176 587.5 3. Use the actual resistance of R,, R, and R3 from Part I and Equation 4.3 to determine R theoretically. 83.317.98 39.4 833 17.98 īt 4. Compare the two values of R by computing the percent error. 5. Use the voltages measured to verify Equation 4.4.

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6E
Lab 4: Series and Parallel Circuits
DATA SHEET
Name_Curtis Baver
Date
Part I- Determining the Actual Resistance
Resistor
Current
Current
Voltage
mA
A
100
140
70
R2
106
Part II - Resistors in Series
Current (mA)
Current (A)
Voltage (V)
20
20
20
20
I
00
O'O
833
1798
00
to
394
Part III - Resistors in Parallel
Current (mA)
Current (A)
Voltage (V)
I
90
I2
15
Transcribed Image Text:.... ..... 6E Lab 4: Series and Parallel Circuits DATA SHEET Name_Curtis Baver Date Part I- Determining the Actual Resistance Resistor Current Current Voltage mA A 100 140 70 R2 106 Part II - Resistors in Series Current (mA) Current (A) Voltage (V) 20 20 20 20 I 00 O'O 833 1798 00 to 394 Part III - Resistors in Parallel Current (mA) Current (A) Voltage (V) I 90 I2 15
37
10. Turn off the DC power supply.
Calculations
1. Convert all current readings to amps.
2. Using V and I, calculate the equivalent total resistance, R, of the parallel circuit.
941
230
176
587.5
3. Use the actual resistance of R,, R, and R3 from Part I and Equation 4.3 to determine
R theoretically.
83.317.98 39.4
833
17.98
īt
4. Compare the two values of R by computing the percent error.
5. Use the voltages measured to verify Equation 4.4.
Transcribed Image Text:37 10. Turn off the DC power supply. Calculations 1. Convert all current readings to amps. 2. Using V and I, calculate the equivalent total resistance, R, of the parallel circuit. 941 230 176 587.5 3. Use the actual resistance of R,, R, and R3 from Part I and Equation 4.3 to determine R theoretically. 83.317.98 39.4 833 17.98 īt 4. Compare the two values of R by computing the percent error. 5. Use the voltages measured to verify Equation 4.4.
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