12. A beam of blue light, whose wavelength in vacuum is 2acum=510nm, is incident onto a transparent material n=2. What is its wavelength à and frequency f'inside the material? A. 510 nm, (3/1020) x 107 Hz B. 510nm, (3/510) x 10'" Hz C. 510nm, (3/255) x 10'" Hz D. 255nm, (3/510) x 10" Hz E. 255nm, (3/255) x 101" Hz 125 Scanned with CamSca What is the frequency of the refracted light? A. (1/21) x 10 Hz B. (5/81) x 10 Hz C. (1/45) x 10 Hz D. 6.3 x 10"Hz E. 3x 10'Hz
12. A beam of blue light, whose wavelength in vacuum is 2acum=510nm, is incident onto a transparent material n=2. What is its wavelength à and frequency f'inside the material? A. 510 nm, (3/1020) x 107 Hz B. 510nm, (3/510) x 10'" Hz C. 510nm, (3/255) x 10'" Hz D. 255nm, (3/510) x 10" Hz E. 255nm, (3/255) x 101" Hz 125 Scanned with CamSca What is the frequency of the refracted light? A. (1/21) x 10 Hz B. (5/81) x 10 Hz C. (1/45) x 10 Hz D. 6.3 x 10"Hz E. 3x 10'Hz
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Please answer 12 and 13 completely with full solutions thank you
![11. A beam of light passes from air into water, striking the interface with an incident
angle of 33°. Which of the following four quantities change as the light enters the
water: 2 (wavelength), f (frequency), v (speed of propagation), → (direction of
propagation)?
A. i and f
B. f. v, and →
C. A, v, and →
D. v and →
E. A, f. v, and →
12. A beam of blue light, whose wavelength in vacuum is Avacun=510nm, is incident
onto a transparent material n=2. What is its wavelength à and frequency f'inside
the material?
A. 510 nm, (3/1020) x 1017 Hz
B. 510nm, (3/510) x 10'7 Hz
C. 510nm, (3/255) x 10'7 Hz
D. 255nm, (3/510) x 101" Hz
E. 255nm, (3/255) x 1017 Hz
125
Scanned with CamSca
What is the frequency of the refracted light?
A. (1/21) x 101®Hz
B. (5/81) x 10 Hz
C. (1/45) x 10 Hz
D. 6.3 x 10"Hz
E. 3x 10'Hz](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1f1486ee-ec8d-490b-9314-b5c028342d61%2F4704c7d8-b42a-4405-af3f-f1c6c5f5b9fd%2Flvxyumk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:11. A beam of light passes from air into water, striking the interface with an incident
angle of 33°. Which of the following four quantities change as the light enters the
water: 2 (wavelength), f (frequency), v (speed of propagation), → (direction of
propagation)?
A. i and f
B. f. v, and →
C. A, v, and →
D. v and →
E. A, f. v, and →
12. A beam of blue light, whose wavelength in vacuum is Avacun=510nm, is incident
onto a transparent material n=2. What is its wavelength à and frequency f'inside
the material?
A. 510 nm, (3/1020) x 1017 Hz
B. 510nm, (3/510) x 10'7 Hz
C. 510nm, (3/255) x 10'7 Hz
D. 255nm, (3/510) x 101" Hz
E. 255nm, (3/255) x 1017 Hz
125
Scanned with CamSca
What is the frequency of the refracted light?
A. (1/21) x 101®Hz
B. (5/81) x 10 Hz
C. (1/45) x 10 Hz
D. 6.3 x 10"Hz
E. 3x 10'Hz
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