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*P1.42. Use KVL to solve for the voltages va, vb, and VC in Figure P1.42. +...
Use Nodal Analysis to solve for VA, VB, VC, VG, l₁, l₂, I₃, V₁, V₂ and V₃
Use Nodal Analysis to solve for VA, VB, VC, VG, l₁, l₂, I₃, V₁, V₂ and V₃ Conversion to Current Sources Not Required!Verify hand calculations using Multisim and insert screen capture results for each parameter. Use Digital Multimeters and/or Measurement Probes in Multisim to show output values for the voltages and currents in the circuit.
33. For the circuit of Figure 4.17, find voltages Va and Vb. Given: R1 = 3.14K...
33. For the circuit of Figure 4.17, find voltages Va and Vb. Given: R1 = 3.14K IT = 2.93mA a 3k b Required: voltages Va and Vb. 10k 3 10 V = 4k 3 320k Ry=5.185k2 I= 1.93mA 33. V. - 10 V, V- 5.263 V 7 answers Solution: B:35.185 Va = 10V B = 3.41K12 I, - 341-2.93mA Vo= 10V -(1.92-3x_) = 4.2v
VA and vB identified in Figure 4 Use node voltage analysis to solve for the node...
VA and vB identified in Figure 4 Use node voltage analysis to solve for the node voltages 4. 4 (k) 5 (mA) 10 (mA) 6 (k) 2 (k) Figure 4. Circuit for node voltage analysis for problem 4.
For the circuit shown, solve for VA, Vc, and Vp when VB= -5.00V, VE = 4.00V,...
For the circuit shown, solve for VA, Vc, and Vp when VB= -5.00V, VE = 4.00V, and VF =3.00V. Express your answer to three significant figures using appropriate units. ► View Available Hint(s) +C Ve=4.00 V V3=-5.00 V VO F Ve=3.00 V
The node voltages are shown relative to the reference node e. If Va-1.045 V Vb-10.82-3.4 V...
The node voltages are shown relative to the reference node e. If Va-1.045 V Vb-10.82-3.4 V Vc=3.0 -60.1° V Vd=9.82-45.8" V What is lx? 2Ω Selected Answer: b. 5.42-3.4° A
The node voltages are shown relative to the reference node e. If Va-1.0 5 v Vb-10.8-3.4°...
The node voltages are shown relative to the reference node e. If Va-1.0 5 v Vb-10.8-3.4° v Vc-3.02-60.1° V Vd-9.8-45.8 v What is Ix ? V. 2? V. js2 o 6.9.-139.2° A
Neatly draw a diagram of two sine wave voltages, Va and Vb, where Va lags Vb...
Neatly draw a diagram of two sine wave voltages, Va and Vb, where Va lags Vb by 45 degrees.
The circuit shown in the figure below contains three resistors (R1, R2, three batteries (VA, V8,...
The circuit shown in the figure below contains three resistors (R1, R2, three batteries (VA, V8, and Vc). The resistor values are: R1-2 Ohms, R2=R3=4 Ohms, and the battery voltages are Va=25 V, VB=15 V, and Vc=20 V. When the circuit is connected what will be the current through R2? VC R1 ** VA ++ VE R2 ho {} R3 0.75 A 1.25 A O 2.5 A O 3.0 A 375 A
620° V Find the two node voltages VA and VB and the output voltage V. in...
620° V Find the two node voltages VA and VB and the output voltage V. in the circuit shown. i20 -1327 (120° A VO
The circuit shown in the figure below contains three resistors (R1, R2, and R3) and three...
The circuit shown in the figure below contains three resistors
(R1, R2, and R3) and three batteries (VA, VB, and
VC). The resistor values are: R1=2 Ohms, R2=R3=6 Ohms,
and the battery voltages are VA=25 V, VB=15 V, and VC=20
V. When the circuit is connected, what will be the power
dissipated by R2?
VC HA R1 + + VA VB R2 M R3
33. For the circuit of Figure 4.17, find voltages Va and Vb. Given: R1 = 3.14K IT = 2.93mA a 3k b Required: voltages Va and Vb. 10k 3 10 V = 4k 3 320k Ry=5.185k2 I= 1.93mA 33. V. - 10 V, V- 5.263 V 7 answers Solution: B:35.185 Va = 10V B = 3.41K12 I, - 341-2.93mA Vo= 10V -(1.92-3x_) = 4.2v
VA and vB identified in Figure 4 Use node voltage analysis to solve for the node voltages 4. 4 (k) 5 (mA) 10 (mA) 6 (k) 2 (k) Figure 4. Circuit for node voltage analysis for problem 4.
For the circuit shown, solve for VA, Vc, and Vp when VB= -5.00V, VE = 4.00V, and VF =3.00V. Express your answer to three significant figures using appropriate units. ► View Available Hint(s) +C Ve=4.00 V V3=-5.00 V VO F Ve=3.00 V
The node voltages are shown relative to the reference node e. If Va-1.045 V Vb-10.82-3.4 V Vc=3.0 -60.1° V Vd=9.82-45.8" V What is lx? 2Ω Selected Answer: b. 5.42-3.4° A
The node voltages are shown relative to the reference node e. If Va-1.0 5 v Vb-10.8-3.4° v Vc-3.02-60.1° V Vd-9.8-45.8 v What is Ix ? V. 2? V. js2 o 6.9.-139.2° A
The circuit shown in the figure below contains three resistors (R1, R2, three batteries (VA, V8, and Vc). The resistor values are: R1-2 Ohms, R2=R3=4 Ohms, and the battery voltages are Va=25 V, VB=15 V, and Vc=20 V. When the circuit is connected what will be the current through R2? VC R1 ** VA ++ VE R2 ho {} R3 0.75 A 1.25 A O 2.5 A O 3.0 A 375 A
620° V Find the two node voltages VA and VB and the output voltage V. in the circuit shown. i20 -1327 (120° A VO
The circuit shown in the figure below contains three resistors
(R1, R2, and R3) and three batteries (VA, VB, and
VC). The resistor values are: R1=2 Ohms, R2=R3=6 Ohms,
and the battery voltages are VA=25 V, VB=15 V, and VC=20
V. When the circuit is connected, what will be the power
dissipated by R2?
VC HA R1 + + VA VB R2 M R3
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