It depends on the fundamental frequency. If for example you wanted to find how many harmonics a 20 Hz sound has then its all the integer multiples of that frequency which are still within hearing range, i.e 20000 Hz.
For 20 Hz this is 20000/20 = 1000 harmonics.
The question is weird.
Harmonics are multiples of a frequency. Obviously, if you specify a limited band,
then the greatest number of multiples can fit into it if you start with the lowest
number.
So the greatest number of possible harmonics in the band of 20 Hz - 20 KHz are
the multiples of 20 Hz.
20,000/20 = 1,000
For a fundamental at 20 Hz, 999 of its harmonics fit into that band.
The sounds with frequency below the hearing range are named Infrasounds and the sounds with frequency above the hearing range are named Ultrasounds. I would say infrasonic . 20000
20000
$20000 for legs, $15000 for arms
20000
Because as you get older, your ability to hear high pitches becomes worse. In theory, a child should be able to hear a maximum high pitch of 20,000Hz. This, however is only if the child's hearing is perfect. Animals of different kinds can hear different frequencies, usually a lot higher than a child or human of any age. When you are about 18, you can still hear a pretty high sound (unless your hearing isn't good), but from the second you are born, your hearing is all down hill...
20000
3.3% of 20,000= 3.3% * 20000= 0.033 * 20000= 660
yes. normal wbc counts are below 10000. you have a bacterial infxn
42% of 20000= 42% * 20000= 0.42 * 20000= 8,400
ANSWER: 380019% of 20000= 19% * 20000= 0.19 * 20000= 3800
20000
20000
0.85% of 20000 = 20000*0.85/100 = 20000*0.0085 = 170
The hearing range of a Zebra is estimated to be over 1 mile. Their good sense of smell and sight is what helps them survive in the wild.
40000
20000-300 = 19700
It is 20000.