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Physics 8 Online
OpenStudy (anonymous):

As the wavelength decreases, the frequency increases and energy decreases. decreases and energy increases. increases and energy increases. decreases and energy decreases.

OpenStudy (anonymous):

Wavelength and frequency are inversely related. Wavelength and energy are also inversely related. Frequency and energy are directly related.

OpenStudy (anonymous):

so the answer is? @ZippySlug

OpenStudy (anonymous):

The primary rule here, as I understand it, is that we are not just supposed to give the answer. We are supposed to help you get to the answer.

OpenStudy (anonymous):

ill give you a medal :)

OpenStudy (anonymous):

So, for an inverse relationship, as one goes up, the other goes down.

OpenStudy (anonymous):

is it A?

OpenStudy (anonymous):

Since both energy and frequency go opposite of wavelength, energy and frequency will go the same way.

OpenStudy (anonymous):

i am lost now

OpenStudy (anonymous):

Wavelength goes the opposite way of both frequency and energy. Frequency and energy always go the same way. So, if frequency goes up, energy goes up. If frequency and energy go up, wavelength goes down.

OpenStudy (anonymous):

C?

OpenStudy (anonymous):

Yes, when wavelength decreases, both frequency and energy increase.

OpenStudy (anonymous):

In order to generate electricity, nuclear power plants take advantage of this part of the electromagnetic spectrum. gamma rays radio waves ultraviolet rays visible light

OpenStudy (anonymous):

can ypou help with this one

OpenStudy (anonymous):

you*

OpenStudy (anonymous):

What kind of radiation is generated by nuclear reactions?

OpenStudy (anonymous):

gamma?

OpenStudy (anonymous):

Yes. And gamma is the highest energy. So, nuclear power plants use the gamma energy.

OpenStudy (anonymous):

yay, lol i have one more

OpenStudy (anonymous):

OK

OpenStudy (anonymous):

oh nvm i knew that one lol

OpenStudy (anonymous):

ty for the help

OpenStudy (anonymous):

NP

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