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Relationship between lambda and nu

Posted: Thu Oct 10, 2019 10:19 pm
by 305339018
What would the relationship be between Lambda and Nu? How would one affect the other? thank you so much!

Re: Relationship between lambda and nu

Posted: Thu Oct 10, 2019 10:41 pm
by Nicholas_Gladkov_2J
305339018 wrote:What would the relationship be between Lambda and Nu? How would one affect the other? thank you so much!


Lambda and nu have an inverse relationship. Lambda multiplied by nu is equal to c or the speed of light in a vacuum. Lambda is equal to the wavelength, while nu is equal to the frequency. Due to their inverse relationship, is the wavelength is increasing, the frequency is decreasing (and visa versa).

Re: Relationship between lambda and nu

Posted: Fri Oct 11, 2019 12:11 am
by Anish Patel 4B
Units wise, lamba (wavelength) is represented by meters while nu (frequency) is represented by Hz or 1/s. When you multiply the two, you get m/s which is why the product of the two gives you the speed of light, c.

Re: Relationship between lambda and nu

Posted: Fri Oct 11, 2019 12:28 am
by salvadorramos3k
Essentially, the relationship between lambda (wavelength) and nu (frequency) is that when multiplied together, they equal the speed of light in a vacuum with the units meters per second.

Re: Relationship between lambda and nu

Posted: Fri Oct 11, 2019 3:58 pm
by stephaniekim2K
Based on the equation for the speed of light, c = λ ν, c is a constant, so λ and ν are inversely proportional because they are being multiplied. As one goes up, the other value must go down, and vice versa. For example, if λ, the wavelength goes up in value, the frequency, ν, must respond accordingly and decrease to keep c constant.

Re: Relationship between lambda and nu

Posted: Fri Oct 11, 2019 10:55 pm
by ZevMarx-Kahn3C
How does the speed of light change when not in a vacuum?