You need 4 to bring it from a hot yellow sun to a cool blue sun.
http://img7.imageshack.us/img7/5259/dfhgx.png
A blue star is hotter than a yellow star.
Cooling down a yellow sun would make it orange or red hot (red hot is cooler than orange).
You need 4 to bring it from a hot yellow sun to a cool blue sun.
http://img7.imageshack.us/img7/5259/dfhgx.png
Not that it matters, every god damn monitor is now a pathetic 1920x1080.
Monitor makers have gone full retard.
It's not about the size. It's how you use it.
You would see the image update from the center outward, and when the outer edge finally updates then start the new frame. Only then would you be limited in framerate as you calculated, and even then you could mask that by delaying the center pixels to maintain a 60FPS or whatever you want, at the expense of 8 minutes of lag. That's not an option planned for any driver release that I know of though, so as far as the original question goes, it wouldn't affect the frame rate.
LOL
Only ATOT could take a question that's a .1/10 on the technical scale and make it a 10/10.![]()
Technically yes...insignificantly. You won't notice and the electronics won't either.
Light takes ~12 ns to travel that extra inch. So if we assume a base 60 fps on the smaller display, that's 16666667 ns per frame.
Adding another 12 ns delay puts us at 16666679 ns per frame, for a *pathetic* 59.9999556 fps.
omg u're one of those annoying people at parties that tries to be a know it all and says junk like this. it never impresses the ladies though, but u can measure ur geek penis much better with nonsensical info like that.
The real question is what sort of gravity would such a large flat object have. Would we feel heavier than we do on Earth when sitting a few feet from it (or on it I guess), or does that much gravity require depth, so that the only gravity being asserted on us would be from the bit of materials directly in our proximity, while the material further away from the center of the monitor doesn't contribute much to our "weight"?
Arthur c Clarke would like a word with you.
.
Note that this is a constant: the acceleration due to gravity of an infinite plane of mass is independent of the
distance from the plane!
In his science fiction novel 2010: Odyssey Two, author Arthur C. Clarke describes a large rectangular slab
that has been build by an alien race and placed in orbit around Jupiter. Astronauts are able to calculate the
mass of the slab by placing a small spacecraft near the center of the large face and timing it to see how long
it takes to fall to the surface of the slab. By approximating the slab as an infinite plane, they use Eq. (22) to
find the acceleration; from that and the falling time, they can calculate the mass. (Actually, Dr. Clarke got the
wrong answer in the book. You may want to find the book and see if you can calculate the correct answer.)
Arthur c Clarke would like a word with you.
Sometimes it's fun to go into a thread that starts with a simple question and scroll to the bottom to see how much it deviates. This one does not disappoint.
I still stand by the notion that universal expansion lowers the perceived framerate on the edges of the monitor.Unsubscribing now as I'm tired of it.
Thanks for those with answers on target.