You need to apply a force F to a mass m to achieve acceleration a; F = ma
Yes - for a while. Or indefinitely, if you will accept zero acceleration as "constant acceleration".
It will need more force to achieve the same acceleration
To achieve more acceleration, you need more force.
Acceleration = delta velocity/delta time a = 70 m/s/35 seconds = 2 m/s2 ------------
AnswerAcceleration = v2 - v1.........................timeAverage Acceleration requires you to average the the initial velocity of your trials and the ending velocity of your trials. You must also find the average for your time trials. Once you achieve these numbers, just plug them into the above formula and you can solve for average acceleration.
Yes. A ngular acceleration is to do with something turning. Radial acceleration is linear acceleration perpendicular to the angular acceleration.
Gravitational acceleration is simply acceleration due to gravity.
Acceleration
Acceleration is defined as the change in velocity, divided by the time it takes to achieve this change. There are also some other formulas which you can use, depending on what you know about a specific situation.
When air resistance and the force of gravity are equal, there is no net force, therefore there is no more acceleration. This is called "terminal velocity".
There is no force of acceleration. Acceleration is the rate at which velocity changes over time. A net force causes acceleration.
Force=mass*acceleration 80N=10kg*acceleration 80N/10kg=acceleration 8m/s2=acceleration The acceleration is 8m/s2.