Yes indeed, Sound waves will have alternate compression and rarefaction pressures. The air pressure goes above and below the average air pressure.
Waves do not have mass and volume. They transmit energy without transmitting mass. However, waves can be found in solid materials such as earthquakes.
for compressional waves, think of a spring. It moves by compressing and contracting. For sinusoidal waves, think of waves on the beach.
They are transverse waves.
this is the waves of p waves that have same direction of waves
They are best modeled as transverse waves.
Sound Waves
Sound Waves
Sound waves are compression waves because the molecules of air are compressed.
Compressional waves are waves that produce compression and rarefaction when traveling through a medium. Water waves are not considered as compressional waves.
Compressional, gasses can be compressed but cannot be wiggled side to side.
solids because the molecules/atoms are closer to each other.
Waves do not have mass and volume. They transmit energy without transmitting mass. However, waves can be found in solid materials such as earthquakes.
for compressional waves, think of a spring. It moves by compressing and contracting. For sinusoidal waves, think of waves on the beach.
primary waves or compressional waves
They are transverse waves.
There are 3 broad types of seismic waves, Surface waves, S-waves and P-waves. Love waves (a type of surface wave) and S-waves are transverse waves and P-waves are compressional.
Compression Waves