Question

a) Obligatory part Two same frequency waves y1 = 2sin(3x-2t) and y2 = 2cos(3x+2t) interfere to...

a) Obligatory part
Two same frequency waves y1 = 2sin(3x-2t) and y2 = 2cos(3x+2t) interfere to form a single wave. Uding the given parameters above, find the velocity in x direction for the resulting wave.
b) Not obligatory part

Answer the following question: What is your conclusion?

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

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
Two waves are described by y1 = 0.24 sin[π(3x - 180t)] and y2 = 0.24 sin[π(3x...
Two waves are described by y1 = 0.24 sin[π(3x - 180t)] and y2 = 0.24 sin[π(3x - 180t) + π/4], where y1, y2, and x are in meters and t is in seconds. When these two waves are combined, a traveling wave is produced. What are the (a) amplitude, (b) wave speed, and (c) wavelength of that traveling wave?
Two waves, y1(x,t) and y2(x,t), travel on the same piece of rope and combine to produce...
Two waves, y1(x,t) and y2(x,t), travel on the same piece of rope and combine to produce a resultant wave of the form y(x,t) = 8.000 sin(4.000x + 1.000t + 0)cos(1.000x + 3.000t + 0). The first wave is y1(x, t ) = 4.000 sin(3.000x + (-2.000)t), while the second wave has the form y2(x, t ) = A sin(kx ± ωt+ϕ), where x is measured in m and t in seconds. Determine the values of the constants in the second...
These two waves travel along the same string: y1 = (4.17 mm) sin(2.24?x - 300?t), y2...
These two waves travel along the same string: y1 = (4.17 mm) sin(2.24?x - 300?t), y2 = (5.96 mm) sin(2.24?x - 300?t + 0.727?rad). What are (a) the amplitude and (b) the phase angle (relative to wave 1) of the resultant wave? (c) If a third wave of amplitude 5.20 mm is also to be sent along the string in the same direction as the first two waves, what should be its phase angle in order to maximize the amplitude...
Four waves are to be sent along the same string, in the same direction y1(x,t) =...
Four waves are to be sent along the same string, in the same direction y1(x,t) = (2 mm) sin(2px – 200pt) y2(x,t) = (2 mm) sin(2px – 200pt + 0.7p) y3(x,t) = (2 mm) sin(2px – 200pt + p) y4(x,t) = (2 mm) sin(2px – 200pt + 3.7p) (a) For y1, what is the (a) frequency, (b) wavelength and (c) speed? When these waves are all added together, what is the (d) amplitude of the resultant wave?
These two waves travel along the same string: y1 = (4.37 mm) sin(2.17πx - 440πt) y2...
These two waves travel along the same string: y1 = (4.37 mm) sin(2.17πx - 440πt) y2 = (5.75 mm) sin(2.17πx - 440πt + 0.754πrad). What are (a) the amplitude and (b) the phase angle (relative to wave 1) of the resultant wave? (c) If a third wave of amplitude 5.45 mm is also to be sent along the string in the same direction as the first two waves, what should be its phase angle in order to maximize the amplitude...
These two waves travel along the same string: y1 = (3.59 mm) sin(2.23πx - 380πt) y2...
These two waves travel along the same string: y1 = (3.59 mm) sin(2.23πx - 380πt) y2 = (5.61 mm) sin(2.23πx - 380πt + 0.861πrad). What are (a) the amplitude and (b) the phase angle (relative to wave 1) of the resultant wave? (c) If a third wave of amplitude 5.21 mm is also to be sent along the string in the same direction as the first two waves, what should be its phase angle in order to maximize the amplitude...
These two waves travel along the same string: y1 = (4.14 mm) sin(2.31πx - 430πt) y2...
These two waves travel along the same string: y1 = (4.14 mm) sin(2.31πx - 430πt) y2 = (5.79 mm) sin(2.31πx - 430πt + 0.771πrad). What are (a) the amplitude and (b) the phase angle (relative to wave 1) of the resultant wave? (c) If a third wave of amplitude 5.24 mm is also to be sent along the string in the same direction as the first two waves, what should be its phase angle in order to maximize the amplitude...
These two waves travel along the same string: y1 = (3.73 mm) sin(1.60πx - 340πt) y2...
These two waves travel along the same string: y1 = (3.73 mm) sin(1.60πx - 340πt) y2 = (5.39 mm) sin(1.60πx - 340πt + 0.867πrad). What are (a) the amplitude and (b) the phase angle (relative to wave 1) of the resultant wave? (c) If a third wave of amplitude 4.89 mm is also to be sent along the string in the same direction as the first two waves, what should be its phase angle in order to maximize the amplitude...
These two waves travel along the same string: y1 = (4.57 mm) sin(2.24πx - 320πt) y2...
These two waves travel along the same string: y1 = (4.57 mm) sin(2.24πx - 320πt) y2 = (5.81 mm) sin(2.24πx - 320πt + 0.800π rad). What are (a) the amplitude and (b) the phase angle (relative to wave 1) of the resultant wave? (c) If a third wave of amplitude 4.93 mm is also to be sent along the string in the same direction as the first two waves, what should be its phase angle in order to maximize the...
Consider two waves y1(x,t) = A cos(κ1x − ω1t) and y2(x,t) = A cos(κ2x −ω2t +...
Consider two waves y1(x,t) = A cos(κ1x − ω1t) and y2(x,t) = A cos(κ2x −ω2t + φ) traveling in the same direction. Find the resultant oscillation, and from the function you derive, identify the group and phase velocity parts. (Hint: Think about which part is oscillating slower or faster). Then write down the expression for the group and phase velocity.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT