Problem 2: (a) Determine a numerical value for each current...

Problem 2: (a) Determine a numerical value for each current and voltage (i_1, v_1, etc.) in the circuit shown below. (b) Calculate the power absorbed by each elements and verify that they sum to zero.

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Transcript

00:01 Here in this question we have to find out the values of current and potential difference value in the circuit given in the question.

00:09 Right, so let's go ahead.

00:11 But we will apply kcl at b.

00:20 So after applying this, we will get the equation which is i4 minus of i3 plus i5 that's equal to 0.

00:28 So from here this i4 minus of 10 plus vb divided by 5 that's equal to 0.

00:37 So from here this i4 is equal to 10 minus of vb divided by 5 and from here the i4 we will get that's equal to 10 minus of okay 5 upon 3 divided by 5 that means we can say that this is what the thing like vb value is there that is 5 divided by 3.

00:58 So from here we will get the i4 value as equal to 9 .666 ampere.

01:05 So we got the first one value that is i4.

01:07 Let's go ahead that is we know that v5 is equal to v4 from the circuit only.

01:15 This is equal to 5 of i2.

01:18 So this is 5 of i2.

01:21 So this is 5 multiplied by 1 upon 3.

01:23 So this is equal to 5 divided by 3 volts.

01:27 So here v4 is equal to v5 which is equal to 5 upon 3 volts we got over here.

01:34 After that we will go that is v1 is equal to 2 volt which is there in the question but i1 is equal to that's equal to 10 .334 ampere.

01:47 Okay we got the another value also.

01:50 After that v1 is equal to v2...

Question

Problem 2: (a) Determine a numerical value for each current and voltage (i_1, v_1, etc.) in the circuit shown below. (b) Calculate the power absorbed by each elements and verify that they sum to zero.

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