The graph of the sine curve below is of electromagnetic energy that represents green light:

sine graph with points at 0, 0 and 145, 1 and 290, 0 and 435, negative 1 and 580, 0

What function accurately represents the sine curve for green light?

f(x) = sin pi over 290x
f(x) = sin 290πx
f(x) = sin 580πx
f(x) = sin pi over 580x
@Hero anyone? help plz!

Question

The graph of the sine curve below is of electromagnetic energy that represents green light:

sine graph with points at 0, 0 and 145, 1 and  290, 0 and 435, negative 1 and 580, 0

What function accurately represents the sine curve for green light?

 f(x) = sin pi over 290x
 f(x) = sin 290πx
 f(x) = sin 580πx
 f(x) = sin pi over 580x
@Hero  anyone? help plz!

anonymous · Answer

attachment

anonymous · Answer

@Jesstho.-.

anonymous · Answer

we're sleeping..

anonymous · Answer

i didnt ask if u were awake or not i asked for help.. @Jesstho.-.  ur online so i dont see y u cant just help me out with a simple question...

anonymous · Answer

It's just like a normal sine wave, just the theta is treated as nanometers, you're given the period as well, think about it a bit and compare it with a regular f(x) = sinx function and see what you can come up with.

anonymous · Answer

@Hero  HELP MEEEEEEEEEEEEEEEE!!!!!!!!!!!!!!!!!!!!!

anonymous · Answer

Still no attempt?

anonymous · Answer

no idk how to do this stufff! @iambatman

anonymous · Answer

Ok first thing, lets plot all the points on the graph, can you do that now.

anonymous · Answer

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