dpsguy said:I think HW splashes more and sounds different from CW(I can't really express the difference in words though) because due to its lower ST the drops fall independent of each other and each produces its own splash and sound. But I think there is another reason for it too, though I cannot say exactly what. Could someone please shed some light on this? And also on the mathematical relation b/w ST and temp. ?
The speed of sound is directly proportional to temperature, meaning that as temperature increases, so does the speed of sound. This is because as temperature rises, the molecules in the medium (such as air or water) gain more kinetic energy and vibrate faster, resulting in the sound waves traveling faster through the medium.
Yes, temperature can impact the loudness of sound. As temperature increases, the molecules in the medium are more spread out, making it harder for sound waves to travel through. This results in a decrease in loudness. Additionally, temperature can also affect the speed and direction of wind, which can impact the loudness of sound waves traveling through it.
Yes, temperature can affect the quality of sound. High temperatures can cause sound waves to become distorted or muffled, resulting in a decrease in sound quality. This is because the molecules in the medium are moving faster and colliding more frequently, causing interference with the sound waves.
Temperature can affect the distance sound can travel. As mentioned before, as temperature increases, the speed of sound also increases. This means that sound waves can travel further in warmer temperatures. However, high temperatures can also cause sound waves to become distorted or absorbed, resulting in a shorter distance traveled.
Temperature can impact the frequency of sound waves. As temperature increases, the speed of sound also increases, which can result in a higher frequency of sound. Additionally, high temperatures can also cause sound waves to become distorted, resulting in a change in frequency. However, temperature alone does not have a significant impact on the frequency of sound waves.