02 prove that z hiellra and a rrfor collector voltage feedback configuration circuit 50403

Name: 02 prove that z hiellra and a rrfor collector voltage feedback configuration circuit 50403
Uploaded: 2022-01-11T15:46:12-08:00
Duration: 4 min 56 s
Channel: Manish Jain
Description: 02 prove that z hiellra and a rrfor collector voltage feedback configuration circuit 50403

Step 1: Calculate the displacement vector using the given distances in the x, y, and z direction

02 prove that z hiellra and a rrfor collector voltage...

Transcript

00:01 In this question it is given that an aeroplane take -offs and it travels 10 .4 km west 8 .7 km north and 2 .1 km up then we have to find that how far it is from the take -off point so first of all i am using the sign convention for this question let me draw it so let this is our initial take -off point that is o and this is our east direction which is positive x -dive and this is our vertically up direction that is and this is our west and this direction is north and this direction is south which is this is our positive y direction and this is our positive z direction so first we have given that an aeroplane take -offs and it travels 10 .4 km west so if we draw it in diagram so this is the west so from here it travels 10 .6 this is the position and now it travels in north.

01:25 So this is the north direction here and the distance is 8 .7 km and then it travels vertically up.

01:33 So this is the vertical up.

01:34 So this is the final position of the aeroplane and this is our initial takeoff.

01:39 So we have to find the displacement.

01:42 So we have to join the initial and final point.

01:53 Let this is our final point that is s here or we can say that this is and we have given that this distance is 8 .7 km this distance is 10 .4 kilometer and this distance is 2 .1 kilometer so i am writing the notation here so we take east as x direction that is plus x direction and north is our plus y direction and vertically up is our plus z direction this is our sign convention for this tuition and this is our initial takeoff point and this is the final point so if we find the displacement vector so we can say that displacement vector is given as that is s vector is equal to this is 10 .4 in minus icaf because this is in negative x direction plus this is 8 .7 in j cap plus 2 .1 of k cap.

03:33 So we can say this will come out to be minus 10 .4 i cap plus this is 8 .7 j cap plus 2 .1 k cap...

Question

Prove that Z-hiell(R;A) and A;-R;R for collector voltage feedback configuration circuit

Question

Prove that Z-hiell(R;A) and A;-R;R for collector voltage feedback configuration circuit

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