QUESTION 17 The wavelength of blue light is comparable to the size of A. At atomic...
QUESTION 17
-
The wavelength of blue light is comparable to the size of
A. At atomic nucleus
B. A small bacterium
C. A fingertip
D. A skyscraper
Homework Answers
Sol: Wavelength of blue light is 490nm-450nm
And wavelength of small bacterium is 200nm-300nm
So wavelength of blue light is comparable to size of small bacterium.
Add Answer to:
QUESTION 17
The wavelength of blue light is comparable to the size of
A.
At atomic...
Red light has a longer wavelength than blue light. Both red light and blue light are...
Red light has a longer wavelength than blue light. Both red light and blue light are sent through a "double slit" with small slit spacing. The relative position of the first order constructive interference fringe for red light is (larger/smaller/same) as the position for blue light. As the slit is increased in size--what happens to the first order constructive fringe position for red light (increases/decreases/same)?, and for blue light increases/decreases/same)? Same, Same, Same Larger, decreases, decreases Smaller, decreases, decreases Smaller,...
Red light has a longer wavelength than blue light. Both red light and blue light are...
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Red light has a longer wavelength than blue light. Both red light and blue light are...
Red light has a longer wavelength than blue light. Both red light and blue light are sent through a "double slit" with small slit spacing. The relative position of the first order constructive interference fringe for red light is (larger/smaller/same) as the position for blue light. As the slit is increased in size--what happens to the first order constructive fringe position for red light (increases/decreases/same)?, and for blue light (increases/decreases/same)? Same, increases, increases Larger, Same, Same Same, Same, Same Smaller,...
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The red light of wavelength 750 nm and blue light of 450 nm are illuminating a...
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Question 20 of 20 Submit What is the wavelength of blue light that has a frequency...
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The wavelength of yellow light is approximately 570 nm. The size of a fluorine atom is approximately 0.57 Angstroms. Which statement is correct? A. The wavelength of yellow light is 10 times longer than the radius of an F atom. B. The wavelength of yellow light is 10 times smaller than the radius of an F atom. C. The wavelength of yellow light is 10,000 times smaller than the radius of an F atom. D. The wavelength of yellow light...
Red light has a longer wavelength than blue light. Both red light and blue light are sent through a "double slit" with small slit spacing. The relative position of the first order constructive interference fringe for red light is (larger/smaller/same) as the position for blue light. As the slit is increased in size--what happens to the first order constructive fringe position for red light (increases/decreases/same)?, and for blue light increases/decreases/same)? Same, Same, Same Larger, decreases, decreases Smaller, decreases, decreases Smaller,...
Red light has a longer wavelength than blue light. Both red light and blue light are sent through a "double slit" with small slit spacing. The relative position of the first order constructive interference fringe for red light is (larger/smaller/same) as the position for blue light. As the slit is increased in size--what happens to the first order constructive fringe position for red light (increases/decreases/same)?, and for blue light (increases/decreases/same)? Larger, increass, decreases Same, increases, increases Larger, Same, Same Larger,...
Red light has a longer wavelength than blue light. Both red light and blue light are sent through a "double slit" with small slit spacing. The relative position of the first order constructive interference fringe for red light is (larger/smaller/same) as the position for blue light. As the slit is increased in size--what happens to the first order constructive fringe position for red light (increases/decreases/same)?, and for blue light (increases/decreases/same)? Same, increases, increases Larger, Same, Same Same, Same, Same Smaller,...
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Question 20 of 20 Submit What is the wavelength of blue light that has a frequency of 6.10 x 1014 s="? (C = 3.00 x 108 m/s) m 1 2 3 +/- 0 x 100 Tap here or pull up for additional resources
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