In SI units with dry air at 20 °C (68 °F), the speed of sound c = 343 m/s.
This also equates to 1235 km/h, 767 mph, or 1125 ft/s. Formula for speed of sound is: c = 331 + 0,6 x °C That gives at a cold temperature of 0 °C a speed of sound c = 331 + 0,6 x 0 = 331 m/s. That gives at a warmer temperature of 20 °C a higher speed of sound c = 331 + 0,6 x 20 = 343 m/s. 1 °C changing of temperature means 60 cm/s changing of speeed of sound.
A cold room because cold air is denser.
Be it a big or small room.. if the environmental conditions in both the room are same, speed of sound will also be same.... Speed of sound depends on the density of the air present in the room.. More the density more will be the speed of sound.. and vice versa...
Under "normal" conditions (room temperature and 1 bar of pressure) the speed of sound in aluminium is 6.42 km/s. Sound can potentially travel much faster through aluminium, but only if one pressurizes it a low.
Sound travels faster in a medium that that has no or less interference. In other words we can say that it will travel faster in solid practically thinking that sound is echoced by the solid objects better than the liquid medium and as a result the sound waves travel with faster velocity and travel greater distance.
330 at room temperature
Yes, bullets travel faster than the speed of sound. That is why if someone was to shoot a target from a distance and you were standing beside the target, you would be able to see the target get hit by the bullet before you would hear the crack of the gun Some bullets travel faster than the speed of sound, but not all.
Nope, sounds doesn't travel faster on space because a medium is needed a region to another
Be it a big or small room.. if the environmental conditions in both the room are same, speed of sound will also be same.... Speed of sound depends on the density of the air present in the room.. More the density more will be the speed of sound.. and vice versa...
no slower because it is lower pressure
you dont they are both the same so neither goes faster.
The air molecules in a warm room move faster than in a cold room, so the perfume particles will dissipate faster in a warm room.
Under "normal" conditions (room temperature and 1 bar of pressure) the speed of sound in aluminium is 6.42 km/s. Sound can potentially travel much faster through aluminium, but only if one pressurizes it a low.
sound
Heat is the vibration of atoms, so atoms move faster. That's why you can clean things easier in hot water and why smells travel faster in a warmer room.
Sound travels faster in a medium that that has no or less interference. In other words we can say that it will travel faster in solid practically thinking that sound is echoced by the solid objects better than the liquid medium and as a result the sound waves travel with faster velocity and travel greater distance.
330 at room temperature
It really depends on what the sound is traveling through. Sound travels faster through hard things, in fact, I hear it travels 22 times faster through brick than through air. If you are talking room temperature at a few thousand feet above sea level it should travel at about 775 miles per hour, (1,240 kilometers per hour.)
Mercury @ room temp