c=frequency*lambda [ENDORSED]
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c=frequency*lambda
When can we use the formula c=v*lambda (ex. can we use it for radio waves, microwaves, xrays etc. or only for electrons or light particles)?
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Re: c=frequency*lambda
This equation is only for electromagnetic radiation. So this would include radio waves, microwaves, xrays, etc.
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Re: c=frequency*lambda
We can see in the achieve homework that if the photons are moving with wave-like properties, we can apply electromagnetic equations to particles. They're still moving at the speed of light and the wave properties have a frequency and wavelength.
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Re: c=frequency*lambda
You can use this equation for electromagnetic radiation. So anywhere from radio waves to gamma rays.
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Re: c=frequency*lambda
I believe you can use it for any electromagnetic radiation, from radio waves to gamma rays.
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Re: c=frequency*lambda [ENDORSED]
This equation is only for photons of light/electromagnetic radiation. It can not be used for electrons.
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Re: c=frequency*lambda
We use tis equation when we are dealing with electromagnetic radiation, but you can use it in variation with other equations, such as E = hv, to find what you need given your circumstance.
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Re: c=frequency*lambda
Normally all the problems we do are going to be within the electromagnetic spectrum, and c=lv will work for all of those problems we are going to do inclass.
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Re: c=frequency*lambda
Wavelength and frequency are inversely proportional. The shorter the wavelength, the higher the frequency, and the longer the wavelength the lower the frequency. The product of lambda and frequency is the speed of light, which is equal to 3.00 x 108 m/s. This relationship reflects the fact that all electromagnetic radiation travels at the speed of light. Therefore, the formula c=v*lambda can be used for electromagnetic radiation.
Re: c=frequency*lambda
I believe the equation is only for electromagnetic radiation which is for radio waves, microwaves, and xrays.
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