Recent content by Friesiangirl

I don't think so. I may be incorrect.

Right. Maybe I'm just confused, or wording this incorrect. Speed of light is constant, but an observer's relative point of view may apparently distort it. Ex. Light is traveling along *la ta da* but a person who is affected by some strange gravitational force or otherwise, it observing it much...

The answer is C, by reasoning. I didn't do any math, and I haven't taken intro-physics yet, but my reasoning is this: The speed will stay constant, unless altered by another force, which neglecting air resitance, speed is constant. So when the rock hits the ground, it will be a the same speed...

Time is relative, so couldn't our observation of light make it appear as if it slowed down, but it actually is just our perspective? In a nutshell..?

Ah, thank you. That cleared things up a bit. Hayley

Don't the quantum computers send energy quicker than the speed of light via electron tunneling? I'm not sure if that counts as traveling. Hayley

If my understanding is correct, which it may not be, wouldn't super-massive black holes be attracted to one another? So although a thermal equilibrium may be reached, the gravitational force of the black wholes would draw them all together? Leading to another possible big bang? I mean, space...

Well, it may be hard to say. I am a junior in high school, so my physics knowledge is limited, however, I am fond of i^2 = -1 Imaginary x Imaginary = Real. Seems silly but awesome. Hayley