00:01
Hello given.
00:03
We are going to understand this question here given in the question given.
00:11
Soap bubble is essentially a very thin fill of water.
00:16
So refractive index of water is given that refractive index, refractive index, refractive index of water that is represented by n which is 1 .33 which is surrounded by the air.
00:37
And the colors you see in the soap bubble are produced by interference.
00:45
So we have to find the visible wavelength of light that are strongly reflected.
00:50
Here thickness of soap bubble is thickness of soap bubble that is represented by t which is 386 nanometer.
01:17
That we can write 386 into 10 to the core minus 9 meter.
01:25
So we have to find the range of the range of the range of the number.
01:27
Wavelength range of visible wavelength range of visible wavelength we know that 2 mu into t is equal to m plus 1 by 2 into lambda for the value of m is equal to 1 now m is equal to 1 then lambda 1 is equal to 2 mu into t upon 1 plus 1 upon 2 now substitute the value in this...