Due to total internal reflection of sound, sound is heard distinctly at night than during day time.
By day time due to sunlight, the air near the surface of the earth is hotter than the atmospheric air above. Then the lower layer of the air acts as rarer medium and the sound on the surface of the earth is refracted to upper layer.
But by night the upper layer of the atmosphere is hotter than the lower layer. Hence, the sound waves are totally reflected back to the surface. Thus, the sound is heard more distinctly in night-time than in night-time.
They rapidly compress and rarefy in the direction of the sound wave as the wave travels.
as you expel air from your rectum the air reverberates through your sphincter causing the sound. This sound can be further amplified by the air reverberating your butt cheeks :)
Sound travels by sound waves. Sound waves are vibrations of the gas particles which result in repeated squeezings/pullings away of the gas molecules. We usually say compressions and rarefactions. If you are in the presence of sound waves, they will enter your ears and make your eardrum move in and out very slightly. This movement is carried to the auditory nerve by tiny bones in your inner ear. The auditory nerves carry the tiny electrical impulses that the brain then deciphers as sound. The most common example of sound traveling through a gas is always around us, and that 'gas' is air. (really a number of gases mixed together.) This is why you cannot hear sounds in outer space . . . there IS no gas or anything else to carry sound waves.
The denser materials carry the sound waves best. For example if we take 2 objects A and B. Of these suppose A is denser then B . Then accordingly speed of sound will be more in A as compared to B. Sound travels in the form of longitudinal waves. So for the propagation of sound waves the atoms of material medium are required. Now if some material has mass density more then other material then definitely the atoms of the material are closer in that substance as compared to other substance. So it will take less energy in the denser medium for the propagation of sound. Therefore it will travel faster in the sound. Hence it is proved that sound travels faster in denser medium.
Sound is not greater during the nighttime. You are just more wary of it as you are tired and don't want to wake anyone up (if you live with someone else.)
At night, the ambient noise levels are typically lower due to fewer people being active and background noise from traffic decreasing. This can make sound sources appear louder in comparison. Additionally, sound waves can travel further at night due to cooler air temperatures, allowing the sound to carry over longer distances.
Sound is often louder at night because there is less ambient noise and activity, allowing sound waves to travel further without interference. This can make sounds seem louder and more noticeable in the quiet of the night.
All things being equal, the amount of noise a weapon makes with the same ammunition should be the same. A gunshot may SEEM louder at night mostly because there is a lot less noise from other sources in the night. The decrease in background noise can allow the sound of a gunshot to carry much further.
No they do not carry Yes sound travels
Any/every material can carry sound.
At night, sound waves travel through a quieter environment with less background noise, making them seem louder in comparison. Additionally, cooler air at night can cause sound to travel further and more clearly, contributing to the perception of increased volume.
Sound waves carry sound
Earth, air, and water can carry sound waves.
No, DVI cables do not carry sound. They are designed to carry just video signals, therefore you will need a separate audio connection to hear the sound. If you have an HDMI connection, then you can use this to carry the video and the sound down the same cable.
Sound can be louder at night than during the day due to a phenomenon called atmospheric ducting. This occurs when the air near the ground is cooler than the air above it, causing sound waves to bend and travel further distances, making them seem louder.
Yes, waves can carry sound. Sound is a type of wave that travels through a medium, such as air or water, by causing particles in the medium to vibrate. These vibrations are transmitted as waves and can be perceived as sound by our ears.
No