How much bandwidth is there in 0.1 micron of spectrum at a wavelength of 1 micron?
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300THZ. The formula is Δf=c∗ΔΛ/Λ2 where ∆f is the bandwidth range, c is the light speed, ΔΛ is the wavelength range and Λ is a certain wavelength.
For frequency to be in hertz and speed of light in meter/second, we want the wavelength to be in meters.
As 1 meter = 1000,000 microns, calculating using the formula you get 300 THZ.
For frequency to be in hertz and speed of light in meter/second, we want the wavelength to be in meters.
As 1 meter = 1000,000 microns, calculating using the formula you get 300 THZ.
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Answer:
The Bandwidth which is there in 0.1 micron of spectrum at a wavelength of 1 micron is 300THZ.
Explanation:
The formula is Δf=c∗ΔΛ/Λ2 where ∆f is the bandwidth range, c is the light speed, ΔΛ is the wavelength range and Λ is a certain wavelength. For frequency to be in hertz and speed of light in meter/second, we want the wavelength to be in meters.
The Bandwidth which is there in 0.1 micron of spectrum at a wavelength of 1 micron is 300THZ.
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