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Recent questions in Wave motion
Wave motionAnswered question
vegetatzz8s 2022-11-25A sound wave's ___ determines how loud it is. Mount, frequency, wavelength or pitch?
Wave motionAnswered question
aplaya4lyfeSS1 2022-11-25Sound is an example of
A.longitudinal wave
B.transverse wave
C.a wave that can travel through a vacuum
D.a wave that does not transmit energy
A.longitudinal wave
B.transverse wave
C.a wave that can travel through a vacuum
D.a wave that does not transmit energy
Wave motionAnswered question
e3r2a1cakCh7 2022-11-25A wave along a guitar string has a frequency of 440 Hz and a wavelength of 1.5 m. What is the speed of the wave?
Wave motionAnswered question
Marques Flynn 2022-11-24Find the slope of any line perpendicular to the line passing through (2,2) and (9,5)
Wave motionAnswered question
RyszardsJh 2022-11-24 The frequency of a sound wave determines:
A Shrillness
B Pitch
C Loudness
D Both A and B
A Shrillness
B Pitch
C Loudness
D Both A and B
Wave motionAnswered question
Jared Lowe 2022-11-20What is the frequency of a sound wave with a wavelength of 0.04 meter in air? What type of wave is this, transverse or longitudinal
Wave motionAnswered question
Owen Mathis 2022-11-19Mechanical waves travels as disturbances in a physical medium. How do electromagnetic waves travel?
Wave motionAnswered question
Ricky Arias 2022-11-18A string is made to vibrate at its third harmonic. The diagram shows two points P and Q at a particular instant in time. Which of the following compares the period of vibration of P and Q?
(The string is closed at both ends; P is just before the first maximum antinode and Q is at the next minimum antinode).
A. Period of P and Q is the same
B. Period of P and Q is different
Why is it A not B?
(The string is closed at both ends; P is just before the first maximum antinode and Q is at the next minimum antinode).
A. Period of P and Q is the same
B. Period of P and Q is different
Why is it A not B?
Wave motionAnswered question
kunguwaat81 2022-11-18What is the difference between sound intensity and sound intensity level?
Wave motionAnswered question
Hallie Stanton 2022-11-18Compare and contrast transverse waves and longitudinal waves.
Wave motionAnswered question
MMDCCC50m 2022-11-17Explain the difference between transverse waves and longitudinal waves. Give an example of each type.
Wave motionAnswered question
Simone Watts 2022-11-17When a listener moves towards a stationary source of sound , the change in the pitch of sound occurs due to change in: a) wavelength b)intensity c) speed of waves d) all of the them?
Wave motionAnswered question
Adison Rogers 2022-11-17For sound waves, the period and the frequency of a pitch are reciprocals of each other: period and frequency. Write an equation for each pitch. Let = time in seconds.
Use a=1. the lowest pitch heard by elephants: 15 cycles per second.
Use a=1. the lowest pitch heard by elephants: 15 cycles per second.
Wave motionAnswered question
Yaretzi Mcconnell 2022-11-15Sound waves, like light waves, can interfere with each other, giving maximum and minimum levels of sound.
Suppose a listener standing directly between two loudspeakers hears the same tone being emitted from both. This listener observes that when one of the speakers is moved 0.ló m farther away, the perceived intensity of the tone decreases from a maximum to a minimum. (a) Calculate the wave length of the sound. (b) Calculate its frequency, Using as the speed of sound.
Suppose a listener standing directly between two loudspeakers hears the same tone being emitted from both. This listener observes that when one of the speakers is moved 0.ló m farther away, the perceived intensity of the tone decreases from a maximum to a minimum. (a) Calculate the wave length of the sound. (b) Calculate its frequency, Using as the speed of sound.
Wave motionAnswered question
ajakanvao 2022-11-15Label each of the following statements as true or false. For those that are false, correct the statement. Electromagnetic radiation and sound waves travel at the same speed.
Wave motionAnswered question
perlejatyh8 2022-11-15Using the difference in the time recorded for P waves and S waves to arrive at three different seismograph stations, seismologists can find an earthquake's a. epicenter. b. surface waves. c. fault zone. d. intensity.
Wave motionAnswered question
klasyvea 2022-11-15What is the frequency of a sound wave that has a wavelength of 0.0025?
Wave motionAnswered question
Owen Mathis 2022-11-15Fill in the letter of the choice that best answer the question. Giorgio connects the bottom of two cans with a string.
Giorgio and a friend each take one of the cans and stand apart until the string is taut Placing the can to his ear, Giorgio can hear what his friend whispers into his can. How is the string being used in this activity? A. The string produces sOund waves. B. Sound waves move along the string C. Thermal energy is absorbed by the string. D. Light waves travel along the string between the cans.
Giorgio and a friend each take one of the cans and stand apart until the string is taut Placing the can to his ear, Giorgio can hear what his friend whispers into his can. How is the string being used in this activity? A. The string produces sOund waves. B. Sound waves move along the string C. Thermal energy is absorbed by the string. D. Light waves travel along the string between the cans.
The wave motion problems and solutions are often presented on various websites, yet these are not connected with the actual questions and solutions that would represent the answers. Since you can use word problems and explain the concept of wave motion, it's best when you can explore the samples that relate to college tasks. See the different types of wave motion with examples to understand how the transfer of motion happens as the energy transposes from place to place without transferring the actual matter (like how the sound waves travel in space). The basics of motion concepts will help you!
