Slightly more difficult interpretation and application of the kinematic variables.
Acceleration is defined as change in velocity, divided by change in time. If the starting velocity is 10m/s, and 3 seconds later it is still 10m/s, is there any net acceleration?
If starting velocity is 10m/s, and final velocity is 0m/s, is there acceleration?
Travelling at 10m/s for 7 seconds will produce a displacement of;
Acceleration can be represented as meters per second squared (m/s²) or;
A car is traveling 1 kilometer per minute. What is its speed in meters per second? Remember that "kilo" = 1000
I travel north for 4 miles and east for 2 miles. What is my displacement from my origin? (Remember the Pythagorean theorem)
True or False: our units of measurement, such as seconds and meters, are based on universal constants rather than arbitrary human conventions.
If I travel away from my point of origin at a speed of 100m/s for 10 seconds, and then return at a speed of 200m/s for 5 seconds, my total displacement is:
If I travel away from my point of origin with a velocity of 100m/s for 5 seconds, my displacement will be:
A sports car goes from 0 to 60mph in 5 seconds. What is its acceleration?