Ω) R1= 330/ R2: 470/ R3: 220 EXPERIMENTAL VALUES (Ω): R1= 329/ R2= 469/ R3= 221 1. Solve the following circuit analytica
Posted: Mon May 16, 2022 2:47 pm
Ω) R1= 330/ R2: 470/ R3: 220
EXPERIMENTAL VALUES (Ω): R1= 329/ R2= 469/ R3=
221
1. Solve the following circuit analytically, using the measured
resistance values and Kirchhoff's Rules. Find all currents and
potentials and write them in Table 2. The emf of the source is V1 =
3 V DC.
R1= 2.05 V/ R2= 0.94 V/ R3= 0.94 V
current: R1= 6.13 mA/ R2= 1.98 mA/ R3= 4.17mA
2. Build the circuit and measure all currents and potential
differences. Record your measurements in Table 2 and compare your
results with the theoretical calculations you made in point 2,
calculating the percentage error.
Table 2
Please do all steps
R1 b a w w + Vi mi • R2 R3 с
EXPERIMENTAL VALUES (Ω): R1= 329/ R2= 469/ R3=
221
1. Solve the following circuit analytically, using the measured
resistance values and Kirchhoff's Rules. Find all currents and
potentials and write them in Table 2. The emf of the source is V1 =
3 V DC.
- 1 (89.89 KiB) Viewed 32 times
current: R1= 6.13 mA/ R2= 1.98 mA/ R3= 4.17mA
2. Build the circuit and measure all currents and potential
differences. Record your measurements in Table 2 and compare your
results with the theoretical calculations you made in point 2,
calculating the percentage error.
Table 2
Please do all steps
R1 b a w w + Vi mi • R2 R3 с