An interference pattern
No, you cannot see sound waves. Sound waves move more quickly than we can process with our eyes. Technically, sound waves are invisible.
sound waves travel fast than light waves
That sounds very much like the definition of sound waves - or more precisely pressure waves, which is what sound waves are.
Sound because it has more waves than light.
Ultrasonic sound waves travel at the same speed as lower frequency sound waves. The medium determines the speed at which a sound wave, which is mechanical energy, can travel. Sound waves travel faster in liquids than in a gas (like air), and travel faster still in solids. The speed at which a sound wave travels is generally independent of the frequency of that sound. Use the link below for more information.
The combination of two or more sound waves can cause what is known as interference.
interference
No, you cannot see sound waves. Sound waves move more quickly than we can process with our eyes. Technically, sound waves are invisible.
sound waves travel fast than light waves
Sound waves are the sound. The waves cause vibrations in the objects that they collide with, and then the vibrated objects create more waves with their vibrations. An example of this would be listening to someone on the other side of a door.
Sound creates waves in a material- compression waves. These waves are transmitted through the atoms/molecules in the material to the receiver. The denser a material is, the more effectively sound may travel; this is because the sound waves are transmitted more easily through the tightly packed molecules.
it depends how much energy is used making the sound the more energy the louder because sound waves are transverse waves and waves are a reapeating disturbance of energy
That sounds very much like the definition of sound waves - or more precisely pressure waves, which is what sound waves are.
Sound because it has more waves than light.
They get distant and more quieter
Sound waves and other types of waves have sinusoidal graphs. The graph of a sound with a single frequency is a sine wave. More complicated sounds contain multiple frequencies, and their graphs can be obtained by summing up sine waves. Other sorts of waves, not just sound waves, can also be analysed as sums of sine waves. This includes light and changing electrical currents.
Sound is effected by air pressure and temperature and the movement of the source. Light and radio waves are virtually unaffected by the air.