Loudness is affected by parameters other than sound pressure, including frequency and duration. also sound wave amplitude
sound wave amplitude
decebels
No.. hertz relates to the frequency (pitch). The volume of a sound is measured in decibels.
Units used to measure loudness are Sone (loudness N) and Phon (loudness level L). Scroll down to related links and look at "Loudness - Wikipedia" and "Sound level change and the change of the respective factor of volume and loudness".
There are the loudness level LN in phons and the loudness N in sonesScroll down to related links and look for more on correlation between sones and phons.
Units used to measure loudness are Sone (loudness N) and Phon (loudness level L). Scroll down to related links and look at "Loudness - Wikipedia" and "Sound level change and the change of the respective factor of volume and loudness"
decebels
Depends on what "these" are. It is amplitude
Amplitude
Depends on what "these" are. It is amplitude
Frequency (low or high sounds) and amplitude (loudness).
wavelengths
wavelengths
wala
Frequency (low or high sounds) and amplitude (loudness).
No. Loudness is a scalar quantity. It lacks a vector or direction. Be sure not to confuse this by applying personal experience. Follow along. You are stationary. You hear a sound. You don't move when you hear it. It has some "apparent loudness" as you experienced it. It stops. You turn your head in the direction you think it came from and hold your head still. The sound starts again at the same level it was. It sounds louder to you because you are now facing the source. But it isn't actually louder. You hear better because you are facing the source. This does not mean the loudness has a vector associated with it. It does not.
Audiological evaluation
Audiological evaluation.