R = 30 N R = 35 N 3 OV, = 10 volts R = 7 N R = 5 N R = 10 N R = 18 N R = 5 N OVs = 200 volts 6 5 Use a numerical method to find the values of the currents in the circuit. Note: use Newton's Elimination method and LU decomposition to an accuracy of three decimal places. 2)
R = 30 N R = 35 N 3 OV, = 10 volts R = 7 N R = 5 N R = 10 N R = 18 N R = 5 N OVs = 200 volts 6 5 Use a numerical method to find the values of the currents in the circuit. Note: use Newton's Elimination method and LU decomposition to an accuracy of three decimal places. 2)
Chapter15: Dryer Outlet, Lighting, And Receptacle Circuits For The Laundry, Powder Room, Rear Entry Hall,and Attic
Section: Chapter Questions
Problem 10R
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Transcribed Image Text:R = 30 N
R = 35 N
3
2
OV, = 10 volts
R = 7 N
R = 5 N
R = 10 N
R = 18 N
R = 5 N
OV = 200 volts
4
5
Use a numerical method to find the values
of the currents in the circuit.
Note: use Newton's Elimination method
and LU decomposition to an accuracy of
three decimal places.
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