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Questions and Answers
What happens when light falls on obstacles or small apertures comparable to the wavelength of incident light?
What happens when light falls on obstacles or small apertures comparable to the wavelength of incident light?
- The light changes color
- The light bends around the corners of the obstacles or apertures (correct)
- The light stops propagating
- The light speeds up
What effect does diffraction have on the spreading of light?
What effect does diffraction have on the spreading of light?
- It causes the light to narrow down
- It changes the color of the light
- It has no effect on the spreading of light
- It causes the light to spread (correct)
What is Huygens's principle related to diffraction?
What is Huygens's principle related to diffraction?
- It states that light travels in a straight line
- It describes the reflection of light
- It is unrelated to diffraction
- Each point on the wave front becomes a source of secondary disturbance and sends secondary wavelets (correct)
What is the behavior of light when trying to form a ray through a narrow slit?
What is the behavior of light when trying to form a ray through a narrow slit?
What does diffraction limit in geometrical optics?
What does diffraction limit in geometrical optics?
What is the term for the bending of light when it encounters obstacles or small apertures comparable to the wavelength of incident light?
What is the term for the bending of light when it encounters obstacles or small apertures comparable to the wavelength of incident light?
What happens to the spreading of light when the slit through which light passes becomes narrower?
What happens to the spreading of light when the slit through which light passes becomes narrower?
According to Huygens's principle, what becomes a source of secondary disturbance on the wave front?
According to Huygens's principle, what becomes a source of secondary disturbance on the wave front?
What type of optics does diffraction limit?
What type of optics does diffraction limit?
What is the term for the envelope formed by the secondary wavelets according to Huygens's principle?
What is the term for the envelope formed by the secondary wavelets according to Huygens's principle?
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