Question

A red laser from the physics lab is marked as producing 632.8-nm light. When light from...

A red laser from the physics lab is marked as producing 632.8-nm light. When light from this laser falls on two closely spaced slits, an interference pattern formed on a wall several meters away has bright red fringes spaced 5.50 mm apart near the center of the pattern. When the laser is replaced by a small laser pointer, the fringes are 5.68 mm apart.

Part A

What is the wavelength of light produced by the pointer?

Express your answer to three significant figures and include the appropriate units.

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

The answer is in the image.

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A physics student demonstrates Young's double-slit experiment using 632.8 nm light from a HeNe laser. The...
A physics student demonstrates Young's double-slit experiment using 632.8 nm light from a HeNe laser. The laser light passes through two narrowly separated slits that have a spacing of d. The light produces an interference pattern on a screen that is 4.20 meters in front of the slits. The spacing between the m=2 and m=3 maxima as seen on the screen is 12.0 cm. Determine the spacing between the slits. For the situation described above, determine the phase difference between...
Light from a laser with a wavelength of 5.60 ✕ 102 nm is incident on (and...
Light from a laser with a wavelength of 5.60 ✕ 102 nm is incident on (and perpendicular to) a pair of slits separated by 0.320 mm. An interference pattern is formed on a screen 1.90 m from the slits. Find the distance (in mm) between the first and second dark fringes of the interference pattern (in mm)?
You and a friend are running some physics experiments to test the wave nature of light....
You and a friend are running some physics experiments to test the wave nature of light. To do so, you cut two very narrow slits on a black plastic sheet, separated by 0.150 mm, and shine coherent light from a laser pointer through them. According to the label on your friend’s laser pointer, it emits coherent light at 570 nm, while your laser pointer doesn’t have any information about the wavelength of light emitted. You then observe their respective interference...
To test some of the principles of physics a team of scuba divers sets up a...
To test some of the principles of physics a team of scuba divers sets up a double slit experiment under water in a swimming pool. Red light is emitted by a laser (kept out of the water), and has a wavelength of 632.8 nm in air. The laser beam is directed by mirrors to a double slit located near the bottom of the pool. Just before the light strikes the double slit it is traveling horizontally about a 1⁄2 meter...
A physics instructor wants to produce a double-slit interference pattern large enough for her class to...
A physics instructor wants to produce a double-slit interference pattern large enough for her class to see. For the size of the room, she decides that the distance between successive bright fringes on the screen should be at least 2.60 cm. If the slits have a separation d=0.0165mm, what is the minimum distance from the slits to the screen when 632.8-nm light from a He-Ne laser is used?
A physics instructor wants to produce a double-slit interference pattern large enough for her class to...
A physics instructor wants to produce a double-slit interference pattern large enough for her class to see. For the size of the room, she decides that the distance between successive bright fringes on the screen should be at least 2.40 cm. If the slits have a separation d=0.0175mm, what is the minimum distance from the slits to the screen when 632.8-nm light from a He-Ne laser is used?
Interference with light We aim a red (620 nm) laser onto a small screen that has...
Interference with light We aim a red (620 nm) laser onto a small screen that has two slits that are 0.1 mm apart. Each slit has a width of 0.03 mm. The light coming out of the two slits is projected onto a big screen a distance X from the slits. In the photo on the right you can see the pattern that’s visible on the big screen. Using a ruler, we determine that the distance between two adjacent bright...
You are given a visible laser of wavelength λ to study interferences of light in the...
You are given a visible laser of wavelength λ to study interferences of light in the lab. Consider the 5 situations below. Treat each question independently 1.In air, you place a screen with two slits, separated by 0.86 mm, in front of the laser of wavelength 507.9 nm. You know that you will see an interference pattern if you place an observation screen some distance away. Determine what the distance between the plane of the fringes and the observation screen...
A parallel beam of light from a He-Ne laser, with a wavelength 633 nm, falls on...
A parallel beam of light from a He-Ne laser, with a wavelength 633 nm, falls on two very narrow slits 0.070 mm apart. Part A How far apart are the fringes in the center of the pattern on a screen 4.1 m away?
A red Helium – neon laser with a wavelength of 632.8 nm illuminates two narrow horizontal...
A red Helium – neon laser with a wavelength of 632.8 nm illuminates two narrow horizontal slits with gap distance 0.200 mm A pattern of interference bands then appears on a screen 1.00 m from the slits a) How far from the central maximum, in both radians and millimetres on the screen, is first minimum?         b) How far in millimetres on the screen, is the fifth maximum from the central maximum? c) How big is the intensity in the...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT