Which of the Following Describes Sound Waves

Waves that do not require a medium and in which the vibrations are parallel to the motion of the sound. Describe a longitudinal wave.

Sound Waves Lesson Plans The Mailbox Teaching Sound Sound Science Sound Waves

When comparing two media with the same phase the sound will travel faster in a denser materialWhich factor does not affect the speed of sound.

. This leads to opening and closing of ion channels in those hair. Which of the following best describes sound waves. Which choice correctly describes the waves in the electromagnetic spectrum.

Sound travels faster in dry air than in wet air. The following accurately describes the transmission of sound waves in seawater. Longitudinal wave that requires a medium C.

Sound is a longitudinal compression wave and light is an electromagnetic wave B. Sound is best described as. Transverse pressure waves B.

Answered over 90d ago. Longitudinal out-of-phase waves D. The air particles move across the room with the sound wave.

An oblique displacement of acoustic energy. If a tuning fork has a frequency of 250Hz how many cycles per second does it vibrate. Two waves are traveling in a medium and arrive at a location at the same time.

A wave that humans can hear. Transverse wave that does not require a medium D. Tympanic membrane ossicles cochlea auditory nerve.

Which of the following describes a sound wave. Earthquakes are essentially sound waves travelling through the earth. A frequency b wavelength c loudness 3.

Please provide a correct clear and well explained solutions for the following problem 1 and problem 2 -----Introduct. Which of the following does not describe the transmission of sound - 14596060 secret5349 secret5349 11052021 Science Senior High School answered 7. Which of the following does not describe the transmission of sound waves.

Which of the following statements accurately describes the process by which sound waves are transduced into electrical signals in the inner ear. Waves that require a medium and in which the vibrations are perpendicular to the motion of the sound. All of the following are true about sound waves except.

Sound and light are both longitudinal compression waves. In each of the following situations state what effect the change will have on friction using the following choices. The air particles move back and forth parallel to the direction of the sound wave.

Transverse wave 2 See answers Advertisement Advertisement. Which of the following accurately describes the transmission of sound waves in seawater. The waves within the electromagnetic spectrum are all longitudinal waves which move at the same speed in a vacuum.

Which of the following describes sound wave. Transverse wave that requires a medium. The air particles move back and forth perpendicular to the direction of the sound wave.

Log in for more information. Sound waves can transfer energy only through open space or a vacuum. A mechanical wave such as sound actually imparts energy to the molecules of the medium through which it travels.

Leave a Reply Cancel reply. Sound waves can travel through a vacuum and are slowed down by matter. CSound waves transfer energy by carrying matter perpendicular to the direction of the wave.

Sound travels at a constant speed even if air temperature changes. Ossicles tympanic membrane cochlea auditory nerve. Electromagnetic waves in which the vibrations are parallel to the motion of the sound C.

They are called seismic waves. The normal force increase. The speed of the object changes from 0 ms to 20 ms ___4.

Longitudinal wave that does not require a medium c B. Which of the following best describes what would happen if he walked over carpet in the same shoes. Waves that do not require a medium and in which the vibrations are perpendicular to the motion of the.

Which of the following describes sound waves. A series of compressions and rarefractions. This chain reaction results in the acoustic energy traveling through the medium.

Which of the following best describes sound waves. Why does sound travel faster in a solid than in a gas or liquid. The speed of sound in seawater increases as the axial modulus of seawater increases and decreases as the density increases.

Answered over 90d ago. In what units are the following measured. The waves within the electromagnetic.

Mechanical waves in which the vibrations are parallel to the motion of the sound. Which of the following types of waves is longitudinal. Ossicles tympanic membrane round window cochlea.

Transverse longitudinal waves C. Sound waves would move slower through the carpet and at a lower frequency resulting in a more quiet sound. Sound is a mechanical longitudinal wave.

Tympanic membrane oval window ossicles auditory cortex. Which of the following describes most accurately the pathway of sound waves. In homework 3 you plotted concentration data from a che.

Up to 24 cash back 1. The molecules of the medium vibrate striking their neighbors which in turn vibrate. Sound travels faster in seawater because seawater is less dense than the atmosphere.

Please help me with this hw 2. Radio wave Dsound wave 3. Sound travels slower in seawater because seawater is colder than the.

The basilar membrane oscillates with sound causing hair cells attached to the basilar membrane to scrape against the tectorial membrane. Mechanical waves in which the vibrations are perpendicular to the motion of the sound B. Sound travels slower in seawater because seawater is less dense than the atmosphere.

What event takes place. Which types of waves will exhibit both constructive and destructive interference. Molecules move faster so sound travels faster in warmer air.

The speed of the object changes from 10 ms to 20 ms. You аre interning for the summer for а. Asked Mar 28 2016 in Psychology by Spencer.

What type of movement sets up a sound wave. Sound waves transfer energy from particle to particle in the matter but the matter is not carried along with. Sound is an electromagnetic wave and light is a longitudinal compression wave C.

Sound waves would move faster through the carpet and at a higher frequency resulting in a louder sound. Electromagnetic waves in which the vibrations are perpendicular to the motion of the sound D.

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