That is 12.99 inches, or almost 13 inches
330 metres = 1,082.7 feet
3300 mi = 17424000 ft
Speed of Light Speed of Sound: 330m/s Speed of Light: 299 792 458m/s
The speed of sound through air at room temperature is about 343 meters per second (1235 kilometers per hour or 767 miles per hour).
The speed of sound through gases isn't very specific. However, if you mean through air it is roughly 330m/s the air is about 78% nitrogen, so i would guess it would be about the same figure through nitrogen.
I think it must be 8 times as much. That is 2752 meters in 8 seconds.
Since this is a shared graphics card (this means it shares its memory with your actual RAM), it depends on the strength of your processor and your available memory. On my laptop (Core i3 330M, 3 GB RAM), the game works on lowest settings.
That depends on what you mean by most easily. If you mean the speed of sound. Solids like steel Certainly beat air(steel around 6000m/s air 330m/s). If you mean how much damping occurs , that would be a completely different topic.
what is being asked for in this question is "frequency(f)", but in order to answer to answer this question, there is need to know the velocity of this sound wave and its wave length. since there are non of these mentioned in the question, i will give my own values, let the velocity be 330m/s which is the speed of sound in air and let the wave length be 30m. therefore f=velocity/wave length: which gives f=330m per second/30m = 11 hertz
far and far and far
no, the sun is not the largest object because there are much larger stars and other suns that are far,far,far,far,far,far,far,far,far, faaaaaaaaaaaaaraway from us!!!!AMAZING!!!!!!