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1) On the water simulation, what does the crest (peak) of the wave look like in the top view? What does the trough look like? 2) When you add two drips, what changes about the waves' patterns? 3) What does the wave look like in the area that the two waves constructively interfere? Describe both the top view and what the side view would look like.
a. TOP: b. SIDE: 4) What does the wave look like in the area that the two waves destructively interfere? Describe both the top view and what the side view would look like.
a. TOP: b. SIDE: 5) Switch to the sound simulation.
a. What do you think will happen when you put two speakers next to each other? b. Why do you think this will happen? c. Try it (putting two speakers together) and tell me what happened. 6) Now switch to the light simulation.
a. What do you think will happen when you put two light sources next to each other? b. Why do you think this will happen? c. Try it (putting two light sources together) and tell me what happened. d. What happens when you use one light source and two slits? 7) What is similar about all three of these simulations (i.e. water, sound & light)? 8) How do I know that these things are waves and not particles? (Think about what would happen in the two slit experiment if they were particles).
A jet plane flying at a constant speed v at an altitude h = 10 km is being tracked by radar located at O directly below the line of flight. determine the value of r at this instant and the magnitude of the velocity v of the plane
Consider two parallel-plate capacitors, C1 and C2, that are connected in parallel. The capacitors are identical except that C2 has a dielectric inserted between its plates. What is the final voltage across the two capacitors
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When these waves move into a shallower part of the lake, their speed decreases to 1.6 m/s, though their frequency remains the same. Find out the wavelength of the waves in the shallower water.
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a cannon is shot downward from a 195-m high cliff at an angle of 34deg with respect to the horizontal. the initial
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An object moving with constant acceleration has velocity v = 71.5 meter per second when it is at x = 6.9 meter and v = 143.2 meter per second when it is at x = 13.4 meter. Determine how fast will the particle be moving
The water in the plumbing in a house is at a gauge pressure of 260,000 Pa. Obtain what force does this cause on the top of the tank inside a water heater
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Two tugboats pull a disabled supertanker. Each tug exerts a constant force of 1.90×106 N, one at an angle 12.0 degrees west of north, What is the total work done by the two tugboats on the supertanker
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