The human eye can see beyond '60 fps'
Erm the whole thing would spin the same speed!! the edges of a circle do not spin faster than the centre if that was the case cd's wouldn't work
Edges do spin faster than the centre. CD drives are designed to account for the difference.
God good, not this tripe again.We see at 60fps, so if it appears in one of those it could be seen.
Can it?
I thought that was the standard refresh rate. Can you enlighten me?
Doesn't matter at what speed it's moving at as long as it's in the humans eye refresh frame. We see at 60fps, so if it appears in one of those it could be seen.
Erm the whole thing would spin the same speed!! the edges of a circle do not spin faster than the centre if that was the case cd's wouldn't work
ok, done that. The outside moved faster.
I drew a line from the centre to the edge then rotated the cd 90 degrees to the left.
The outside moved about 7cm and the inside moved about 1cm. They both did this in the exact same time, therefor the outside is faster.
Can it?
I thought that was the standard refresh rate. Can you enlighten me?
Eye's don't have a refresh rate, we don't see in frames.
Right but you get what I mean. ?
Actually no, without a "refresh rate" your point doesn't work![]()
No it doesnt.it's not faster when based on a set reference point (the inner point of the circle) plus you also increasing the inertia which plays a factor into the speed of a moving object at any one given time
Inertia has nothing to do with speed. It does affect acceleration tho.wikipedia said:Inertia is the resistance of any physical object to a change in its state of motion.
Physical objects dont have a frequency tho? They are continuously in existence?I know it doesn't work EXACTLY like frames, but it seems like the 60Hz is a threshold between seeing something and it being a blur/not being seen.
I know it doesn't work EXACTLY like frames, but it seems like the 60Hz is a threshold between seeing something and it being a blur/not being seen.