Please explain how to solve.
The answer should be B
Homework Answers
As the fish is inside the water, so light is coming from fish towards the camera that means from denser medium to rear medium so light will shift away from the normal and enter in camera. So as refracted light we will trace backward we will get its apparent position that will be shifted from its original position. So the image will be at position B.
Ans: position B
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Please explain how to solve.
The answer should be B
00 A 4) (5 pts.) You...
Please explain how to solve this. The answer should be E Water 2) (5 pts.) A...
Please explain how to solve
this. The answer should be E
Water 2) (5 pts.) A light ray in glass is incident on a water surface as shown at right. The refractive index of glass is 1.6 and refractive index of water is 1.3. Which ray diagram best shows all the paths light will take Glass n=1.5 n=1.3 3501 Glass Water Water Water Water Glass Water Glass n=1.5 Glass n=1.5 Glass n=1.5 n=1.5 n=1.3 n=1.3 n=1.3 n=1.3 n=1.5 n=1.3 350...
Please explain how to solve this. The answer should be B 8) (5 pts) Light with...
Please explain how to solve
this. The answer should be B
8) (5 pts) Light with wavelength of 650 nm shines down on a curved piece of glass that rests on a flat glass as shown. The bottom image shows the reflected light. Assuming the light is incident close to normal to the surface, what is the thickness of the air gap at point Q, which has the maximum intensity? The refractive index of air is 1.0, and the refractive...
Please explain how to solve. The answer should be E 5) (5 pts.) A beam of...
Please explain how to solve.
The answer should be E
5) (5 pts.) A beam of monochromatic light with a wavelength of 650 nm passes through a diffraction grating with slits 2500 nm apart. How many spots are observed on a large screen placed a small distance in front of the diffraction grating? A. 1 B. 3 C. 5 D. 6 E. 7
Part B: Please solve the following problens showing all the steps of your so -4,.00 kg,...
Part B: Please solve the following problens showing all the steps of your so -4,.00 kg, and Problem L: (6 pts) In the figure below, block 1 has mass m -2.00kg, block 2 has mass8 mWhen the pulley, which is mounted on a horizontal axle with negligible friction, has negigble relcased from rest, block 2 falls while block 1 rises with the same speed. 1t (2pt) a) Draw free-body (force) diagrams of both objects. b) Write Newton's Second Law for...
Please explain how to solve this. The answer should be C Use the following situation for...
Please explain how to solve this. The answer should be C
Use the following situation for the next two problems. I into LP page As shown, two long straight wires carry current I. The top wire carries current into the page and the bottom wire carries current out of the page. Point P is an I out of equal distance from both wires and forms the right angle indicated. page 12) (8 pts.) If I = 12 A and the...
can you solve this Question 3 5 pts In the figure below, a light ray enters...
can you solve this
Question 3 5 pts In the figure below, a light ray enters a glass slab (whose index of refraction, nglass = 1.603) at point A and then undergoes total internal reflection at point B. Find the initial angle of incidence, e, in degrees, for which total internal reflection can take place. The medium that surrounds the glass slab is a liquid whose index of refraction, Nliquid 1.281. Please round your answer to the nearest whole number...
4. y (m) Refer to the diagram (a cutaway side view-not to scale) An enclosed tank,...
4. y (m) Refer to the diagram (a cutaway side view-not to scale) An enclosed tank, with vertical glass sides and horizontal bottom and top, is nearly full of water. The tank's six panels are all made of the same glass, with uniform thickness d glass of Resting on top of the tank is a solid half-cylinder of glass (with its end facing out of the page), so that its rectangular surface is horizontal and facing upward. The x-y position...
4. (20 pts) P 1.18. You will need to estimate the position values for the racer;...
4. (20 pts) P 1.18. You will need to estimate the position values for the racer; do this with some care. Your P-T graph can be hand plotted, but must be neatly done on a piece of graph paper. Be aware that in the near future you will be required to provide graphical results that are produced using EXCEL. 18. II FIGURE EX1.18 shows the motion diagram of a drag racer. The camera took one frame every 2 s. 1...
Please explain how to solve this problem. The answer should be C Feather 0.20 m 2)...
Please explain how to solve this problem. The answer should be
C
Feather 0.20 m 2) (5 pts) A person with a feathered hat holding a tray stands in front of a mirror that is 1.00 m tall with the top of the mirror at eye level as shown. The distances from the person's eyes to their foot, elbow, feather, and tray are given. The points of the feather, elbow and foot that we are interested in are marked with...
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...
Please explain how to solve
this. The answer should be E
Water 2) (5 pts.) A light ray in glass is incident on a water surface as shown at right. The refractive index of glass is 1.6 and refractive index of water is 1.3. Which ray diagram best shows all the paths light will take Glass n=1.5 n=1.3 3501 Glass Water Water Water Water Glass Water Glass n=1.5 Glass n=1.5 Glass n=1.5 n=1.5 n=1.3 n=1.3 n=1.3 n=1.3 n=1.5 n=1.3 350...
Please explain how to solve
this. The answer should be B
8) (5 pts) Light with wavelength of 650 nm shines down on a curved piece of glass that rests on a flat glass as shown. The bottom image shows the reflected light. Assuming the light is incident close to normal to the surface, what is the thickness of the air gap at point Q, which has the maximum intensity? The refractive index of air is 1.0, and the refractive...
Please explain how to solve.
The answer should be E
5) (5 pts.) A beam of monochromatic light with a wavelength of 650 nm passes through a diffraction grating with slits 2500 nm apart. How many spots are observed on a large screen placed a small distance in front of the diffraction grating? A. 1 B. 3 C. 5 D. 6 E. 7
Part B: Please solve the following problens showing all the steps of your so -4,.00 kg, and Problem L: (6 pts) In the figure below, block 1 has mass m -2.00kg, block 2 has mass8 mWhen the pulley, which is mounted on a horizontal axle with negligible friction, has negigble relcased from rest, block 2 falls while block 1 rises with the same speed. 1t (2pt) a) Draw free-body (force) diagrams of both objects. b) Write Newton's Second Law for...
Please explain how to solve this. The answer should be C
Use the following situation for the next two problems. I into LP page As shown, two long straight wires carry current I. The top wire carries current into the page and the bottom wire carries current out of the page. Point P is an I out of equal distance from both wires and forms the right angle indicated. page 12) (8 pts.) If I = 12 A and the...
can you solve this
Question 3 5 pts In the figure below, a light ray enters a glass slab (whose index of refraction, nglass = 1.603) at point A and then undergoes total internal reflection at point B. Find the initial angle of incidence, e, in degrees, for which total internal reflection can take place. The medium that surrounds the glass slab is a liquid whose index of refraction, Nliquid 1.281. Please round your answer to the nearest whole number...
4. y (m) Refer to the diagram (a cutaway side view-not to scale) An enclosed tank, with vertical glass sides and horizontal bottom and top, is nearly full of water. The tank's six panels are all made of the same glass, with uniform thickness d glass of Resting on top of the tank is a solid half-cylinder of glass (with its end facing out of the page), so that its rectangular surface is horizontal and facing upward. The x-y position...
4. (20 pts) P 1.18. You will need to estimate the position values for the racer; do this with some care. Your P-T graph can be hand plotted, but must be neatly done on a piece of graph paper. Be aware that in the near future you will be required to provide graphical results that are produced using EXCEL. 18. II FIGURE EX1.18 shows the motion diagram of a drag racer. The camera took one frame every 2 s. 1...
Please explain how to solve this problem. The answer should be
C
Feather 0.20 m 2) (5 pts) A person with a feathered hat holding a tray stands in front of a mirror that is 1.00 m tall with the top of the mirror at eye level as shown. The distances from the person's eyes to their foot, elbow, feather, and tray are given. The points of the feather, elbow and foot that we are interested in are marked with...
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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