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Calculate the reading of each measurement instrument shown on the circuits below. 2- Calculate the power in each of the three circuits shown below. 3- Determine the current through each resistor in...

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Calculate the reading of each measurement instrument shown on the circuits below. 2- Calculate the power in each of the three circuits shown below. 3- Determine the current through each resistor in the parallel circuit shown below. 4- Determine the total amount of power in the circuit shown below. 5- Determine the total resistance of the circuit shown below. 6- For the circuit shown below, determine the current and voltage across each resistor.
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Name: 1- Calculate the reading of each measurement instrument shown on the circuits below. 2- Calculate the power in each of the three circuits shown below. 3- Determine the current through each resistor in the parallel circuit shown below. 4- Determine the total amount of power in the circuit shown below. 5- Determine the total resistance of the circuit shown below. 6- For the circuit shown below, determine the current and voltage across each resistor. 7- For the circuit shown below discuss on the brightness of each light bulb according to the configuration of the switches A, B and C, shown in table below. Show all the calculations to verify your suggested brightness for each case. Also calculate the value shown by each wattmeter. “B” = Bright, “D” = Dim and “O” = Off Lamp Spec40W/120V60W/120V75W/120VSwitchesWattsBrightnessWattsBrightnessWattsBrightnessAll closedA openB Open 8- For an alternating current determine the terms Vrms and Vpeak. What is the relationship between them? What are the typical values of Vrms and Vpeak in United States? 9- For the alternating current shown below, determine the period, peak, RMS value and frequency. Use the relevant unit for each quantity.

Answered Same Day Dec 21, 2021

Solution

Robert answered on Dec 21 2021
127 Votes
Name:                                
1- Calculate the reading of each measurement instrument shown on the circuits below.
For first circuit,
Cu
ent, I =
For second circuit,
Voltage, V = I x R = 1.852 mA x 27 k = 50 V
2- Calculate the power in each of the three circuits shown below.
For circuit 1,
Power = V x I = 10V x 2 A = 20 Watts
For circuit 2,
Power = I2 R = 22 x 47 ohm = 188 Watts
For circuit 3,
Power = = 2.5 Watts
3- Determine the cu
ent through each resistor in the parallel circuit shown below.
Cu
ent through resistor 1kohm =
Cu
ent through resistor 2.2kohm =
Cu
ent through resistor 560ohm = = 35.7 mA
4- Determine the total amount of power in the circuit shown below.
As circuit has resistances in parallel, total resistance of circuit Rt can be calculated as follows:
Hence Rt = 1/0.09 = 11
Hence total amount of power in circuit = I2 R =0.2012 x 11 = 0.444 Watts
5- Determine the total resistance of the circuit shown below.
6- For the circuit shown below, determine the cu
ent and voltage across each resistor.
As it is a series circuit, the cu
ent through all resistors is same. It is calculates as:
I = = 2mA
Voltage across resistor 1k = I x R1 = 2 mA x 1 k
Voltage across resistor 8.2k = I x R1 = 2 mA x 8.2...
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