Problem 5
How should the value of the variable voltage source Vx be adjusted to cause the voltage at node M to be zero? | |
DC Circuits >
Nodal Analysis >
Grounded Voltage Sources
Keywords:
Length: 3:21
Date Added: 2007-05-23 20:24:04
Filename: nodal_gndvs_5
ID: 3
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Problem 4
Find the value of R that will make VC = 8 volts. For this value of R, find VB and VA. | |
DC Circuits >
Nodal Analysis >
Grounded Voltage Sources
Keywords:
Length: 5:04
Date Added: 2007-05-23 20:24:04
Filename: nodal_gndvs_4
ID: 4
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Problem 3
Find the indicated currents; use the node voltage method first. | |
DC Circuits >
Nodal Analysis >
Grounded Voltage Sources
Keywords:
Length: 5:31
Date Added: 2007-05-23 20:24:04
Filename: nodal_gndvs_3
ID: 6
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Problem 2
Find all the node voltages in the circuit. | |
DC Circuits >
Nodal Analysis >
Grounded Voltage Sources
Keywords:
Length: 4:42
Date Added: 2007-05-23 20:24:04
Filename: nodal_gndvs_2
ID: 11
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Problem 1
Find the three indicated node voltages using the node voltage method. | |
DC Circuits >
Nodal Analysis >
Grounded Voltage Sources
Keywords:
Length: 5:19
Date Added: 2007-05-23 20:24:04
Filename: nodal_gndvs_1
ID: 240
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