1. An candle is 60 cm in front of a blank white screen. You place a...
1. An candle is 60 cm in front of a blank white screen. You place a converging lens with focal length of 10 cm between the candle and the screen. How far should you place the lens from the candle so your image is focused on the screen and is as large as possible.
2. Light is traveling from the core of a fiber optics cable (n=2.0) to its surrounding cladding (n=3.2). If the incident light makes a 40 degree angle with the normal, will it undergo total internal reflection? What about 50 degrees? 60 degrees?
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1. An candle is 60 cm in front of a blank white screen. You
place a...
A lighted candle is placed 38.0 cm in front of a diverging lens. The light passes...
A lighted candle is placed 38.0 cm in front of a diverging lens. The light passes through the diverging lens and on to a converging lens of focal length 14.0 cm that is 6.0 cm from the diverging lens. The final image is real, inverted, and 42.0 cm beyond the converging lens. Find the focal length of the diverging lens.
PHYS 2010 Geometric Optics Page 75 Prelab Question 1: A candle is located 30 cm from...
PHYS 2010 Geometric Optics Page 75 Prelab Question 1: A candle is located 30 cm from a converging lens with a focal length 25 cm. a. Calculate the image distance. b. Will the image form on the same or opposite side of the lens as the object? c. What is the magnification of the image? d. Is the image upright or inverted? e. Is the image real or virtual? f. Can the image be viewed on a screen?
If you could also explain where that 30 degrees came from. Thank You 1. (15 points)...
If you could also explain where that 30 degrees came from. Thank
You
1. (15 points) A laser beam impinges to an optical fiber as shown in the figure. The refractive index of the fiber core is 1.5 and the fiber is coated with a cladding layer with a refractive index n. (a) Determine the incident angle 0; of the laser beam at the core-cladding interface (b) Determine the refractive index n of the cladding layer at which the total...
QUESTION 1 A ray of light travels through vacuum (n=1.00) and is incident upon a flat...
QUESTION 1 A ray of light travels through vacuum (n=1.00) and is incident upon a flat sheet of glass (n=1.50) at 40 degrees from the normal. Some of the light is reflected from the glass, and some of the light is refracted, traveling through the glass. What is the angle of reflection? a. 25.4 deg b. 74.6 deg c. 90 deg d. 40 deg 10 points QUESTION 2 A ray of light travels through vacuum (n=1.00) and is incident...
you take an object that is 5.30 cm high and place it 50.1 cm in front...
you take an object that is 5.30 cm high and place it 50.1 cm in front if a converging lens and observe an inverted image after the lens. the inverted image is measured with a ruler, and its length prove to be 22.3cm. what us the focal length of the lens in millineters?
answer those Question please? QUESTION 3 You take an object that is 5.25 cm high and...
answer those Question please?
QUESTION 3 You take an object that is 5.25 cm high and place it 31.4 cm in front of a converging lens and observe an inverted image after the lens. You measure the inverted image with a ruler, and its length is 13.7 cm. What is the focal length of the lens in millimeters? (State answer as integer and use negative sign if appropriate. Do not confuse cm and mm. Do not include unit in answer.)...
You take an object that is 5.25 cm high and place it 31.4 cm in front...
You take an object that is 5.25 cm high and place it 31.4 cm in front of a converging lens and observe an inverted image after the lens. You measure the inverted image with a ruler, and its length is 13.7 cm. What is the focal length of the lens in millimeters? (State answer as integer and use negative sign if appropriate. Do not confuse cm and mm.)
5. A 2.0 cm high object is placed 10 cm in front of a lens. An...
5. A 2.0 cm high object is placed 10 cm in front of a lens. An upright image is formed by the lens and is located 20 cm from the lens. (a) (2 pts.) Is the image real or virtual? Explain. (b) (2 pts.) Calculate the focal length of the lens. (c) (2 pts.) Is the lens a converging or diverging lens, explain. (d) (2 pts.) Calculate the magnification of the image. (e) (2 pts.) Calculate the height of the...
so o A)3.2 F 3)6.3 paF 94 4. A gamma ray (a pulse of electromagnetic energy)...
so o A)3.2 F 3)6.3 paF 94 4. A gamma ray (a pulse of electromagnetic energy) has awhich What is the ratio of its wa (radius - 5.o x 10-13 cm)? (c -3.00 x 10* m/s) velength to the radius of the ni energy) has a frequency of the nuc tregueney of 2.42 x 1020 Hz A) 248 B) 394 C) 1.21 × 108 D) 0.015 5. The index of refraction of the core of a piece of fiber alinternal...
can you please answer these question Question 3 0/5 pts In the figure below, a light...
can you please answer these question
Question 3 0/5 pts In the figure below, a light ray enters a glass slab (whose index of refraction, nglass = 1.594) at point A and then undergoes total internal reflection at point B. Find the initial angle of incidence, 0; in degrees, for which total internal reflection can take place. The medium that surrounds the glass slab is a liquid whose index of refraction, niquid= 1.291. Please round your answer to the nearest...
PHYS 2010 Geometric Optics Page 75 Prelab Question 1: A candle is located 30 cm from a converging lens with a focal length 25 cm. a. Calculate the image distance. b. Will the image form on the same or opposite side of the lens as the object? c. What is the magnification of the image? d. Is the image upright or inverted? e. Is the image real or virtual? f. Can the image be viewed on a screen?
If you could also explain where that 30 degrees came from. Thank
You
1. (15 points) A laser beam impinges to an optical fiber as shown in the figure. The refractive index of the fiber core is 1.5 and the fiber is coated with a cladding layer with a refractive index n. (a) Determine the incident angle 0; of the laser beam at the core-cladding interface (b) Determine the refractive index n of the cladding layer at which the total...
answer those Question please?
QUESTION 3 You take an object that is 5.25 cm high and place it 31.4 cm in front of a converging lens and observe an inverted image after the lens. You measure the inverted image with a ruler, and its length is 13.7 cm. What is the focal length of the lens in millimeters? (State answer as integer and use negative sign if appropriate. Do not confuse cm and mm. Do not include unit in answer.)...
5. A 2.0 cm high object is placed 10 cm in front of a lens. An upright image is formed by the lens and is located 20 cm from the lens. (a) (2 pts.) Is the image real or virtual? Explain. (b) (2 pts.) Calculate the focal length of the lens. (c) (2 pts.) Is the lens a converging or diverging lens, explain. (d) (2 pts.) Calculate the magnification of the image. (e) (2 pts.) Calculate the height of the...
so o A)3.2 F 3)6.3 paF 94 4. A gamma ray (a pulse of electromagnetic energy) has awhich What is the ratio of its wa (radius - 5.o x 10-13 cm)? (c -3.00 x 10* m/s) velength to the radius of the ni energy) has a frequency of the nuc tregueney of 2.42 x 1020 Hz A) 248 B) 394 C) 1.21 × 108 D) 0.015 5. The index of refraction of the core of a piece of fiber alinternal...
can you please answer these question
Question 3 0/5 pts In the figure below, a light ray enters a glass slab (whose index of refraction, nglass = 1.594) at point A and then undergoes total internal reflection at point B. Find the initial angle of incidence, 0; in degrees, for which total internal reflection can take place. The medium that surrounds the glass slab is a liquid whose index of refraction, niquid= 1.291. Please round your answer to the nearest...
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