Yes, you can have a high bass frequency. Prolonged exposure to high frequencies can cause hearing loss.
In audio work, "bass" usually refers to the low frequencies; "treble" refers to higher frequencies.
Because bass is all in the lower frequencies. If it's in mid/high range it's not bass any more.
Treble or Bass, depending on the variation of frequency from the original note.
Any frequency/note played by said bass guitar
Bass amplifiers are used to amplify the music that comes from a bass guitar. The average frequency range for bass amplifiers is between 25 and 250 watts.
If you are referring to a capacitor that connects to a 'tweeter' (the smaller high frequency speaker) it's function is to filter out the lower (bass) frequency signals, a capacitor 'blocks' direct currents (DC) and as a result the electrical 'signal' to a loudspeaker gets 'closer' to a direct current, the lower the frequency, so the capacitor is 'happy' to let high frequency (treble) signals pass through it, but resists the signal as the sound frequency decreases, down to the lower (bass) signals.
The sound would be like thunder, since thunder also has high amplitudes and frequency also. Usually at the begining of thunder you will listen cracking (krat..kat..krat .........) sound which is high frequency and high pitch. At the time when thundering is almost stop you will listen the heavy /bass sound which is very high amplitude and low frequency (goom.goom....goom...........) sound.
High frequencies are more damped by air than the bass frequencies.
high frequency sounds at base of cochlea. encounter sound first and deteriorate first
The upright bass
Bandwidth is defined as a frequency span - the difference between a high frequency and a lower frequency. For the low end voice it depends if its male bass bariton tenor or female alto and soprano. A bass voice goes down to 100 Hz. The harmonics go up to 15 kHz. So the bandwidth for voices is arround 15 kHz.
Typically bass tests concentrate at a 50Hz frequency. This frequency is targeted for testing because there aren't many frequencies below this level in music.
Ultra high frequency.