Question

R1 11 DC Current 12?? 1A Source R2 W 3?? R3 6?? R4 W 2?? I a) Measure and record the currents through the resistor 1 and resistor 2. Table 3.5 Table for the Measured data I(R1) I(R2) 333.33mA 666.66mA R5 4?? b) Verify (using calculated values by Hand) that the currents you measured meet the current division rule. Table 3.6 Table for the Calculated data from Division Rules

          R1
11
DC Current
12??
1A
Source
R2
W
3??
R3
6??
R4
W
2??
I
a) Measure and record the currents through the resistor 1 and resistor 2.
Table 3.5 Table for the Measured data
I(R1)
I(R2)
333.33mA
666.66mA
R5
4??
b) Verify (using calculated values by Hand) that the currents you measured meet the
current division rule.
Table 3.6 Table for the Calculated data from Division Rules

R1
11
DC Current
12??
1A
Source
R2
W
3??
R3
6??
R4
W
2??
I
a) Measure and record the currents through the resistor 1 and resistor 2.
Table 3.5 Table for the Measured data
I(R1)
I(R2)
333.33mA
666.66mA
R5
4??
b) Verify (using calculated values by Hand) that the currents you measured meet the
current division rule.
Table 3.6 Table for the Calculated data from Division Rules

Added by Gerald S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Prem Bijarniya

Step 1

We can do this by adding the resistances in series: R_total = R1 + R2 + R3 + R4 + R5 R_total = 12kΩ + 3kΩ + R3 + 2kΩ + R5 Show more…

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Thanks for your feedback!

R2 = 3kÎ© R4 = 2kÎ© R5 > 4kÎ© R1 = 12kÎ© R3 > 6kÎ© 11Î© DC Current Source 1A I a. Measure and record the currents through resistor 1 and resistor 2 Table 3.5: Measured Data I(R1) = 333.33mA I(R2) = 666.66mA b. Verify (using calculated values by hand) that the currents you measured meet the current division rule Table 3.6: Calculated Data from Division Rules