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27 Nov 2019
1- Define velocity and acceleration in terms of position and time.differentiate between the instantaneous quantities and the averagequantities.
2- how are average velocity and instantaneous velocity related foran object moving at constant and non constant velocity?
3-how would you expect the graph of position versus time to lookfor a car moving at constant and non constant velocity on a track?explain how the graph would be?
4- what would a graph of instantaneous velocity versus time looklike for a car moving with constant velocity? or a car speeding up?or if the car is slowing down?
your help is much appreciated.
1- Define velocity and acceleration in terms of position and time.differentiate between the instantaneous quantities and the averagequantities.
2- how are average velocity and instantaneous velocity related foran object moving at constant and non constant velocity?
3-how would you expect the graph of position versus time to lookfor a car moving at constant and non constant velocity on a track?explain how the graph would be?
4- what would a graph of instantaneous velocity versus time looklike for a car moving with constant velocity? or a car speeding up?or if the car is slowing down?
your help is much appreciated.
