Question

e = (1.41)50sin(2\pi1000T) Is ? ?I2 R3 0.1 H I3 R2 R1 0.1 µF 0.2 H The value of the resistors is determined as below: R? = Last digit of your roll no%10+2. R2 = The sum of digits of your roll no. R3 = GCD of your best friend's roll no. and R2+2. Now answer the following questions: i. Find the total impedance and draw impedance diagram. ii. Find total admittance of the n/w and draw admittance diagram. iii. Find source current Is in phasor form. iv. Find current I1, I2 in phasor form and current I3 in time domain. v. Find the average power delivered to the network. vi. Find the power factor of the network and indicate whether it is leading or lagging. Also determine the nature of the network.

          e = (1.41)*50sin(2\pi*1000T)
Is
?
?I2
R3
0.1 H
I3
R2
R1
0.1 µF
0.2 H
The value of the resistors is determined as below:
R? = Last digit of your roll no%10+2.
R2 = The sum of digits of your roll no.
R3 = GCD of your best friend's roll no. and R2+2.
Now answer the following questions:
i. Find the total impedance and draw impedance diagram.
ii. Find total admittance of the n/w and draw admittance diagram.
iii. Find source current Is in phasor form.
iv. Find current I1, I2 in phasor form and current I3 in time domain.
v. Find the average power delivered to the network.
vi. Find the power factor of the network and indicate whether it is leading or lagging. Also
determine the nature of the network.

e = (1.41)*50sin(2π*1000T)
Is
?
?I2
R3
0.1 H
I3
R2
R1
0.1 µF
0.2 H
The value of the resistors is determined as below:
R? = Last digit of your roll no%10+2.
R2 = The sum of digits of your roll no.
R3 = GCD of your best friend's roll no. and R2+2.
Now answer the following questions:
i. Find the total impedance and draw impedance diagram.
ii. Find total admittance of the n/w and draw admittance diagram.
iii. Find source current Is in phasor form.
iv. Find current I1, I2 in phasor form and current I3 in time domain.
v. Find the average power delivered to the network.
vi. Find the power factor of the network and indicate whether it is leading or lagging. Also
determine the nature of the network.

Added by Andrea L.

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