Which of the following statements is false? A. As I narrow the width of a single

Question

Which of the following statements is false? A. As I narrow the width of a single slit, the diffraction pattern on a screen gets wider. B. As I reduce the wavelength of light hitting a single slit, the diffraction pattern on a screen gets wider. C. As I make the distance between two narrow slits smaller, the interference pattern produced by them on a screen gets larger. D. If two polarizers have their axes 90% apart, introducing a third polarizer between the two can allow light to be transmitted through all three. E. When a diffraction grating is illuminated by white light, the first order maximum for green light is farther from the maximum than blue light. Which of the following statements is false? A. As I narrow the width of a single slit, the diffraction pattern on a screen gets wider. Which of the following statements is false? A. As I narrow the width of a single slit, the diffraction pattern on a screen gets wider. Which of the following statements is false? A. As I narrow the width of a single slit, the diffraction pattern on a screen gets wider. Which of the following statements is false? A. As I narrow the width of a single slit, the diffraction pattern on a screen gets wider. B. As I reduce the wavelength of light hitting a single slit, the diffraction pattern on a screen gets wider. C. As I make the distance between two narrow slits smaller, the interference pattern produced by them on a screen gets larger. D. If two polarizers have their axes 90% apart, introducing a third polarizer between the two can allow light to be transmitted through all three. E. When a diffraction grating is illuminated by white light, the first order maximum for green light is farther from the maximum than blue light. B. As I reduce the wavelength of light hitting a single slit, the diffraction pattern on a screen gets wider. C. As I make the distance between two narrow slits smaller, the interference pattern produced by them on a screen gets larger. D. If two polarizers have their axes 90% apart, introducing a third polarizer between the two can allow light to be transmitted through all three. E. When a diffraction grating is illuminated by white light, the first order maximum for green light is farther from the maximum than blue light. B. As I reduce the wavelength of light hitting a single slit, the diffraction pattern on a screen gets wider. C. As I make the distance between two narrow slits smaller, the interference pattern produced by them on a screen gets larger. D. If two polarizers have their axes 90% apart, introducing a third polarizer between the two can allow light to be transmitted through all three. E. When a diffraction grating is illuminated by white light, the first order maximum for green light is farther from the maximum than blue light.

Explanation / Answer

B and D

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