1. Draw the resultant wave profile for the wave produced by the interference of the following two waves. (Assume that the two waves are sharing the same position in the medium at the same time.) Draw your response on the right side of the grid. V. What type of interference would this situation be classified as?

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1. Draw the resultant wave profile for the wave produced by the interference of the following two
waves. (Assume that the two waves are sharing the same position in the medium at the same time.)
Draw your response on the right side of the grid.
لر
What type of interference would this
situation be classified as?
2. Brennan sounds two tuning forks that are supposed to be tuned to A (440.0 Hz). One is known to be
correct. When sounded with the other tuning fork, he hears a periodic volume change at a rate of 24
times in 6.0 s.
i) In the physics world of sound, what is this phenomenon called?
ii) What are the possible frequencies for the tuning fork that is out of tune?
Transcribed Image Text:1. Draw the resultant wave profile for the wave produced by the interference of the following two waves. (Assume that the two waves are sharing the same position in the medium at the same time.) Draw your response on the right side of the grid. لر What type of interference would this situation be classified as? 2. Brennan sounds two tuning forks that are supposed to be tuned to A (440.0 Hz). One is known to be correct. When sounded with the other tuning fork, he hears a periodic volume change at a rate of 24 times in 6.0 s. i) In the physics world of sound, what is this phenomenon called? ii) What are the possible frequencies for the tuning fork that is out of tune?
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