This process is illustrated in the figure, where thepolarization of the light wa

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This process is illustrated in the figure, where thepolarization of the light wave is visually illustrated by a magentadouble arrow oriented in the direction of polarization, thetransmission axis of the polarizer is represented by a blue doublearrow, and the direction of motion of the wave is illustrated by apurple arrow. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I. One way to produce a beam of polarized lightwith intensity I and polarization angle would be to passunpolarized light with intensity I0through a polarizer whose transmission axis is oriented such thatTA = . How largemust I0 be if the transmitted light is tohave intensity I ? (Part 3 Figure) Express your answer as a decimalnumber times the symbol I. For example, ifI0=1/4*I, enter 0.25 *I.

Explanation / Answer

according to malus law Io=I/cos2

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