00:01
Question says we are supposed to invent an equation.
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An imaginary atom is observed to an eminol electron radiation with the following wavelengths.
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And their wavelengths are associated with different integer values.
00:12
So when n equals 1, lambda 1 is 250 nanometers, at n equals 2, lambda 2 ,000 250 nanometers, which let's write this in terms of lambda 1.
00:22
This is equal to 9 times lambda 1.
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N equals 3, lambda 3 is equal to 6 ,250 nanometers.
00:32
Which is 25 times lambda 1.
00:34
So clearly we're experiencing some kind of exponent growth.
00:40
This isn't just linear growth.
00:42
This is an exponent growth.
00:43
So there's going to be an exponent in there somewhere.
00:45
And when n equals 4, this is 49 times lambda 1.
00:51
We erase this.
00:54
I meant to write lambda 1 here.
00:56
So we're noticing there's some kind of exponential growth.
00:58
So let's first get 1 for n equals 1.
01:00
So an easy thing to do would be to say that lambda so over here we're going to work on our equation...