The sound travels through the left tube LXM, which has a fixed length. Simultaneously, the sound travels through the right tube LYM, the length of which can be changed by moving the sliding section. At M, the sound waves coming from the two paths interfere. As the length of the path LYM is changed, the sound loudness detected by the microphone changes. When the sliding section is pulled out by 0.0198 m, the loudness changes from a maximum to a minimum. Find the speed at which sound travels through the gas in the tube.
Recently Asked Questions
- I'm having trouble writing a code in JES that shows the following: -First, I must create two variables: Num_1 and Num_2 -Second I must assign the value 50 to
- Does anyone have a java property tax calculator program? I am trying to learn how to write java and need examples, such as property tax calculator. Prompt
- Heritage Foundation and Peter Sagal seem at odds in their respective positions toward the 14th Amendment and the evolution of equal protection. How do you