A single light beam is split into two equal beams, denoted a and b. beam a travels through a medium with a higher index of refra
ction than the medium that beam b travel through. when both beams exit their media back into air, how do their wavelengths compare
1 answer:
Answer:
c) Both beams have the same wavelength.
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Cacu. H2SO.chemical properties related to the used in chemical property
Answer:
i know its definetly either clockwise or counter clockwise
Explanation:
Answer:
(a) T = 2987.6 k
(b) T = 19986.2 k
Explanation:
The temperature of a star in terms of peak wavelength can be given by Wein's Displacement Law, which is as follows:
where,
T = Radiated surface temperature
= peak wavelength
(a)
here,
= 970 nm = 9.7 x 10⁻⁷ m
Therefore,
<u>T = 2987.6 k</u>
(b)
here,
= 145 nm = 1.45 x 10⁻⁷ m
Therefore,
<u>T = 19986.2 k</u>
If you go to high you’ll run out of oxygen and possibly be blown off due to high winds.
It is right have a good day
explanation step by step
