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Two Polarizing Films Are Crossed with Their Transmission Axes Making $\theta$

Question 3

Multiple Choice

$Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ Two polarizing films are crossed with their transmission axes making an angle of $\theta$ = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are

A) $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ - $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ '
B) $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ - $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ '
C) $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ - $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ '
D) $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ - $Two polarizing films are crossed with their transmission axes making an angle of \theta = 20° with each other. The vectors that represent the plane-polarized wave train passed by the second polarizing film are A) - ' B) - ' C) - ' D) - ' E) None of these is correct because no light passes through the second disk.$ '
E) None of these is correct because no light passes through the second disk.

Two Polarizing Films Are Crossed with Their Transmission Axes Making θ\thetaθ

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Two Polarizing Films Are Crossed with Their Transmission Axes Making $\theta$

Correct Answer:
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