Light is electromagnetic waves, so each rush obviously goes with a speed where this speed is given by C= fL , f is the recurrence, converse of time-frame T, and L is the frequency which is the distance between nearest peaks or box, so C= f L=L/T= m/sec.Also light acts as molecule at the same time because of its being made of quanta( photons) ,duality proprty, so the photon energy is E =hf = hC/L. So f and L are essential characters of light.
By and large, the properties of light can be clarified as a wave, as was displayed in Young's twofold cut examination. Wave movement emerges when an intermittent aggravation or the like is engendered through a versatile medium. Pressure varieties through air, cross over movements along a guitar string, or varieties in the powers of the nearby electric and attractive fields in space, known as electromagnetic radiation, are altogether instances of waves. There are three quantifiable properties of wave movement: sufficiency, frequency, and recurrence. A conclusive test was Young's twofold cut test, which exhibited that light sparkled at two cuts in a screen show an obstruction design normal for influxes of light, rather than particles. The stage related with a wave is additionally significant in depicting specific peculiarities. The speed of a wave is the result of the frequency and the recurrence.
Frequency is inversely proportional to wavelength. The color of visible light is determined by wavelength so changing the frequency will change the wavelength and therefore change the color
Explanation:
'd aq sure kng 'yan b tlga yng sagot.. Correct me if I'm wrong
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LIGHT AS ELECTROMAGNETIC WAVES
Answer:
Light is electromagnetic waves, so each rush obviously goes with a speed where this speed is given by C= fL , f is the recurrence, converse of time-frame T, and L is the frequency which is the distance between nearest peaks or box, so C= f L=L/T= m/sec.Also light acts as molecule at the same time because of its being made of quanta( photons) ,duality proprty, so the photon energy is E =hf = hC/L. So f and L are essential characters of light.
By and large, the properties of light can be clarified as a wave, as was displayed in Young's twofold cut examination. Wave movement emerges when an intermittent aggravation or the like is engendered through a versatile medium. Pressure varieties through air, cross over movements along a guitar string, or varieties in the powers of the nearby electric and attractive fields in space, known as electromagnetic radiation, are altogether instances of waves. There are three quantifiable properties of wave movement: sufficiency, frequency, and recurrence. A conclusive test was Young's twofold cut test, which exhibited that light sparkled at two cuts in a screen show an obstruction design normal for influxes of light, rather than particles. The stage related with a wave is additionally significant in depicting specific peculiarities. The speed of a wave is the result of the frequency and the recurrence.
What is light? what are the properties of light?
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Answer:
Frequency is inversely proportional to wavelength. The color of visible light is determined by wavelength so changing the frequency will change the wavelength and therefore change the color
Explanation:
'd aq sure kng 'yan b tlga yng sagot.. Correct me if I'm wrong