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What is the value of the magnetic flux at coil 2 in Figure 23.56 due to coil 1?

Zero.

00:56

Charles M.

Physics 102 Electricity and Magnetism

Chapter 23

Electromagnetic Induction, AC Circuits, and Electrical Technologies

Electromagnetic Induction

Cornell University

Rutgers, The State University of New Jersey

University of Sheffield

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Problem 1, we have 21 is 1 and another is called a current is flowing in colonial direction, is shown in figure. We have to find what will be the magnetic flux through the equal 2 due to quin. We know that meleticflux is given by the product of minetic field and the area and the angle between the reticule and area. So in this case an ant clock was, it produces a meetin filed in direction of out of which are dwarfs are out of the page. That so direction is out of tea in this case, and theta is angle between the metic field and the area which is parallel at perpendicular to the meetin. In this case, our area is held in x direction horizontally and its direction is upward, so the manatic flux is out of base so that in this direction, that is towards the a and again the magnetic the area of the sorry we hae to that 3 dimensions. There, if this is the area and direction of area of alto, the direction of monetic field in qual 1 is like this. This is y x and this is the direction, so we find that there is an angle of 90 degrees between area and matcito. The angle is 90, in this case no put in value, flux is equal to b a cos of 90 in the. I is equal to 0, so metic flux through qui 2 will be equal to b multiplied by 0 and that is equals to 0. So this is what magnetic flux to the 2 will be 0 because it is held horizontally, while the coil 1 is held by vertical and no flux passes through. The quail to its area is perpendicular to the magnetic of 1, so resulting in a degree of 90 degrees which makes magnetic flux through the equal to 0. Thank you for watching.

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