The figure provided displays the light intensity on a viewing screen behind a circular aperture. If the wavelength is increased, what will happen to the width of the central maximum? The width of the central maximum will remain constant. The width of the central maximum will increase. The width of the central maximum will decrease.
The figure provided displays the light intensity on a viewing screen behind a circular aperture. If the wavelength is increased, what will happen to the width of the central maximum? The width of the central maximum will remain constant. The width of the central maximum will increase. The width of the central maximum will decrease.
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The figure provided displays the light intensity on a viewing screen behind a circular aperture. If the wavelength is increased, what will happen to the width of the central maximum?
The width of the central maximum will remain constant.
The width of the central maximum will increase.
The width of the central maximum will decrease.
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