It is 0 N because it's moving at a constant velocity so the acceleration would be 0. Net Force = m x a so Net Force = 1850 kg x 0 m/s/s
velocity (v) = initial velocity (v0) + acceleration )a) x time (t) = 2v0; v0 = at ; a = v0/t = 15/10= 1.5 m/s/s; force = mass x acceleration = 4000(1.5) = 6000 Newtons
4m/s
P=Momentum m=Mass v=Velocity p=mv p=4000*23=92000 kg*m/s
The idea is to divide the force by the mass (according to Newton's Second Law). The answer will be in meters/second2.
Assuming that braking force is the friction force; F=m*a 4000 = 1000*a a = 4 m/s^2
4000 Newtons Newtons 3rd Law- every force applied has an egual and opposite reaction force so 4000n to the board=4000n force to the hand
There are 60 seconds in one minute. Therefore, 4000 seconds is equal to 4000/60 = 66.6 recurring (that is, 66.6666...) minutes or 66 minutes 40 seconds.
4 seconds
126,227,704,000 seconds
60 seconds in a minute, 60 minutes in an hour, so 3600 seconds in an hour. 4000 seconds is about an hour and 7 minutes.
@ 4000 fps or so
The person travels a total of 4000 m in 400 seconds, so their average speed is 10m/s. However velocity is a vector quantity, and is defined as displacement/time. The total displacement is only 400 m, so the average velocity is just 1m/s.
0.046296 days
four
4m/s
1.11 hours
P=Momentum m=Mass v=Velocity p=mv p=4000*23=92000 kg*m/s
A femur bone can withstand roughly 4000 N of force.