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Figure shows five lettered regions in w...

Figure shows five lettered regions in which a uniform magnetic field extends directly either out of the page (as in region `a`) or into he page. The field is increasing in magnitude at the same steady rate in all five regions, the regions are identical in area. Also shows are four numbered paths along which `oint vec(E). vec(dl)` has the magnitudes given below in terms of a quantity mag. Determine whether the magnetic fields in regions `b` through `e` are directed into ot out of the page.
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`|{:("Path",1,2,3,4),(oint vec(E).vec(dl),mag,2(mag),3(mag),0):}|`

Text Solution

Verified by Experts

`oint_(1) vec(E)* vec(dl) = mag`
`oint_(3) vec(E)* vec(dl) =3(mag)`
It means field in `b` and `c` should be out of the page.
`oint_(4) vec(E)* vec(dl) = 0`
It means field in `e` will be opposite to that in c,i.,e., into the page. Similarly field into `d` is also into the page.
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CENGAGE PHYSICS-INDUCTANCE-Exercise 4.1
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  10. In Fig. the switch is closed and steady-state conditions are establish...

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  11. The switch in figure is closed at time t = 0. Find the current in the ...

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  13. A circuit contains an ideal cell and an inductor with a switch. Initia...

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  14. In the following circuit (Fig.) the switch is closed at t = 0. Find th...

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  15. In a circuit S(1) remains closed for a long time and S(2) remain open....

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  16. At t = 0, switch S is closed (shown in Fig.). After a long time, sudde...

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