Editing Answers To Questions On Light As A Particle And Wave Characteristics (Non-Math)
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Here is [[Questions on Light as a Particle and Wave Characteristics (Non-math)]].<br> <br> 1) Wavelength (λ) is the distance between crests (m or nm) and frequency (f) is the number of wave that goes by a point in a given period of time, usually 1 sec (1 1/s = 1 Hz).<br> <br> 2) Indirectly proportional, c = λ * f<br> <Br> 3) c (speed of light) = 3.00E8 m*Hz. (3.00E8 m/s) <br> <br> 4) Infrared. Heat<br> <br> 5) ROYBGIV. Violet λ = 400.nm<br> <br> 6) Ultraviolet (UV)<br> <br> 7) Max Planck<br> <br> 8) Directly, E = h*f where E = energy J, f = frequency (Hz) and (Planck's constant) h = 6.60E-34 <nowiki>J/Hz</nowiki><br> <br> 9) E is indirectly proportional to λ<br> <br> 10) Violet since it has the lowest λ (for colors) therefore it must container the largest energy packet size. Conversely, red color would have the lowest energy packet size (of colors).<br> <br>
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