Yes
Given that wind resistance is typically fairly negligible at the speeds that a human can run, and that oxygen content is lower, I would imagine no. At higher elevations, less oxygen is taken in with each breath, and you end up getting tired faster.
It would travel faster through space since there are no particles to get in its way. The wind is an opposing force so it is harder to move faster. The difference between the two would be negligble but specifically, light moves faster through space.
NO!
The only reason it would travel faster is if the air was more dense.
In liquid molecules move faster but in solid the molecules would vibrate about its mean position
I would imagine not that much
Pyramids builders produce iron, Imagine ......!!!
I would imagine because the wavelength of electrons is not in the visible region
Their breasts would expand, I'd imagine in about the same way that they do when men produce milk.
Impossible. Any moving object would become infinitely faster, and gravity would be infinitely stronger. Friction keeps the tectonic plates from moving any faster. This would be impossible to imagine, even for the most scientific minds.
Maybe a small one, but they produce heat and I would imagine in an enclosed space they may not work well.
I don't know for sure. I know that sweating helps alchohol exit the body. I imagine that it would depend on what drug.
i would have to say cox... it runs superfast, has great connection speed, it never lets me down
I'd imagine it would be more difficult to control because the particles are excited and moving faster because of the heat...
I can't give you a definite answer, but I'd imagine the heart would have to work harder to pump the same amount of blood, given that it has to work around the resistance from the fat.
That would surely depend on the specific instrument, and the way it produces its sound. Two examples:A shorter string will vibrate faster, and therefore produce a higher frequency.Similarly, the air in a shorter tube will vibrate faster, and therefore produce a higher frequency.
Given that wind resistance is typically fairly negligible at the speeds that a human can run, and that oxygen content is lower, I would imagine no. At higher elevations, less oxygen is taken in with each breath, and you end up getting tired faster.