Quote:
so it couldn't travel a full 1m in that time.


but it could if it could be accelerated instantly.

at a acceleration rate of 1m/s/s

1 second d = 1m , v=1m/s , a = 1m/s/s
2 second d = 4m , v=2m/s , a = 1m/s/s
3 second d = 9m , v=3m/s , a = 1m/s/s
4 second d = 16m , v=4m/s , a = 1m/s/s
5 second d = 25m , v=5m/s , a = 1m/s/s
6 second d = 36m , v=6m/s , a = 1m/s/s
7 second d = 49m , v=7m/s , a = 1m/s/s
8 second d = 64m , v=8m/s , a = 1m/s/s
9 second d = 81m , v=9m/s , a = 1m/s/s

you would in effect remove the need to use a constant of .5 to find average velocity.

you would find average velocity the following way

av = 1*(vi+vf)
vs the current
av = .5*(vi+vf)

therefore

displacement would be found the following way

d=v*t
vs the current
d=av*t


instant acceleration would mean that the mass would travel 1 full meter in 1 second , but because there is no such thing as instant acceleration it also isnt possible.


Quote:
In physics, acceleration is the rate of change of velocity with time.


http://en.wikipedia.org/wiki/Acceleration

so with instant acceleration the rate of change of velocity would be 1m/s/s this way the mass would have traveled 1 meter in 1 second.


so with an instant acceleration of 1m/s each second
you would accelerate a 1kg mass a distance of 1 meter in 1 second.


thats really very clear , but maybe not to you.








3/4 inch of dust build up on the moon in 4.527 billion years,LOL and QM is fantasy science.