It doesn't matter how long she maintains her acceleration.
As long as she continues to accelerate at 1.2 m/s2 parallel to the slope,
the vertical component of her acceleration is
1.2 sin(11°) = 0.229 m/s2 (rounded)
and the horizontal component is
1.2 cos(11°) = 1.178 m/s2(rounded)
Using the definition of acceleration as change of speed / time, you basically need to know: * A time interval during which the object accelerates. * The velocity at the beginning of this time interval. * The velocity at the end of this time interval.
Acceleration = (speed at the end of some time interval minus speed at the beginning of the interval)/(length of the time interval)
Acceleration has two parts ... its size and its direction.To find the size (magnitude):-- pick a time interval-- measure the speed at the beginning of the interval-- measure the speed at the end of the interval-- subtract the speed at the beginning from the speed at the end-- divide that difference by the length of the time interval-- the result is the magnitude of acceleration during that time interval
Acceleration = (change in speed) divided by (time interval)
No. Acceleration is (change of velocity) divided by (time interval in which it changed). If velocity doesn't change, then there is no acceleration.
acceleration
"acceleration"
You need the initial and final velocities, and time interval to answer this question.
Acceleration. Deceleration is a decrease of speed during a given interval of time.
No, it's only the acceleration. By (-)ve acceleration ,it means retardation or deceleration..
No, it's only the acceleration. By (-)ve acceleration ,it means retardation or deceleration..
You have a contradiction in your question. Instantaneous acceleration is the acceleration at a certain moment in time. Average acceleration is the average over a time interval.