Generally, Yes. Sonic Waves is a fancy way of saying "sound". Obviously, people cannot hear sounds whose frequency is outside of the human ear's sensitivity, such as bat echolocation, and deaf people cannot hear at all, but most things are within the human ear's capacity to receive and hear.
Before an eruption, the Earth's surface starts vibrating. This vibration causes infrasonic sound waves which are below the audible range of human hear (i.e. 20Hz-20kHz). But some animals can hear these infrasonic waves and are aware of the danger. So they start moving in a direction opposite to the source of these waves. Birds take to the air.
The shape of an animal's ears can help determine how well it can hear. Large ears tend to collect and funnel more sound waves to the ear canal, improving hearing sensitivity. The distinctive shapes of some animals' ears can also help them detect the direction of a sound more accurately.
Animals hear sound when sound waves enter their ear canal and vibrate the eardrum. This vibration is transmitted to the inner ear where it is converted into nerve signals that are sent to the brain for processing. Different animals have variations in their hearing structures that allow them to detect and interpret sounds in their environment.
yes, animals hear thousands of high pitched noises that we cant hear at all. hope this helps :)
The sounds animals can hear is based on the frequency that the certain animal can hear. For example, dog's can hear at much higher frequencies then humans can, so if a sound is made that is above our capability of hearing, we will not hear the sound, but the dog will.
it is proven that most animals can hear waves through earthquakes. but humans can just feel the "bump".
As defined by research on the topic of the Electromagnetic Spectrum, no human can hear radio waves. No human can hear any part of the Electromagnetic Spectrum except gamma rays, which have enough energy to light up. If humans were to hear radio waves, they wouldn't need radios (except from the original form).
Radio sound is heard through the use of radio waves, which are electromagnetic waves that can carry information from one point to another. These waves are transmitted from a radio station and received by a radio receiver, such as a radio or smartphone, which then converts the waves into sound waves that we can hear.
how are radio waves be used- well they are used by sound waves like as in u can hear sond waves but radio waves is where you are in the car and u are listening for instance capital fm that is radio waves Hope It Helped Hennddyyyy:) :D
No, the human ear cannot hear ultrasonic waves. Ultrasonic waves have frequencies that are too high for the human ear to detect.
When you listen to the radio, you are hearing sound, which has no resemblance to light, radio waves, or x-rays. However, the sounds you hear are created in the radio receiver, using information that was carried to your location by means of radio waves.
No nobody can see any type of waves
because th suns beams don't inter-fear with the waves
In a radio, energy transfers through electromagnetic waves. The electrical signal from the radio station is converted into electromagnetic waves, which travel through space and are picked up by the radio's antenna, converting them back into sound waves that we can hear.
One would hear news headlines on a Sirius satellite radio by adjusting the channel to one of the many news listening waves. Such radio waves may include CNN, HLN, and many other news channels.
Sound travels at the speed of sound, whereas radio waves travel at the speed of light. The speed of radio waves is much faster than the speed of sound. If you're seated high in the stands at a baseball game, watching it on the field and listening to the game on the radio at the same time, it's quite common to hear the crack of the bat on the radio before you hear it straight from Home Plate.
Cause theelectronic ignition system emits radio waves, the speed of ignition is related to how many rpm´s the engine makes and therebye related to the frequency of the radio-waves your radio detects.