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slit width is proportional to intensity. increasing slit width increases wave intensity

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when waves go through a small slit they decrease in amplitude

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By decreasing the slit width,the amplitude also decreases

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The edges of the diffracted waves have lower amplitude than the centre

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Stable wave pattern, coherent waves

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When frequency decreases the wavelength increases.

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frequency of wave stays the same as it passes through slit

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the waves speed remains always constant
the wave is most intense in line with the slit

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The higher the frequency of the wave the smaller the wavelength becomes. The further from the centre line of the slit a wave front is, the smaller the amplitude of the wave is.

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The wavelenth and wave speed are always constant. When the wave passes through the slit the amplitude breifly increases.

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The amplitude remains constant when you move thew slits
Amplitude decreases as it gains displacement leaving the slit

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Angle of Diffraction is dependent on the wavelength. When a wavelength is greater, the Angle of Diffraction is also greater.

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When frequency stays the same the wavelength of the waves when separate and combined are the same.
Frequency and Wavelength are inversely Proportional.
When a wave passes through a slit the wavelength remains the same before and after.

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When frequency of wave increases the wave length gets smaller, they are inversely proportional.
The wavelength is the same before and after it reaches the slit.

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i saw....,.