Define velocity and acceleration in terms of position and

Reference no: EM13638800

1- Define velocity and acceleration in terms of position and time. differentiate between the instantaneous quantities and the average quantities.

2- how are average velocity and instantaneous velocity related for an object moving at constant and non constant velocity?

3-how would you expect the graph of position versus time to look for 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 look like for a car moving with constant velocity? or a car speeding up? or if the car is slowing down?

Reference no: EM13638800

Questions Cloud

A saturated solution of caf2 was found to have a f- : a saturated solution of caf2 was found to have a f- concentration of 6.7 x 10-4m at 25degc. what is the ksp and whatis

At a time 330 a point on the rim of a wheel with a : at a time 3.30 a point on the rim of a wheel with a radius of 0.180 has a tangential speed of 55.0 as the wheel slows

The cyclone has an efficiency closely approximated by the : an aerosol contains particles with just two distinct diameters 10 mum and 16 mum. the mass concentration is equally

According to the uw madison 2003-2004 factbook 11488 of the : according to the uw madison 2003-2004 factbook 11488 of the 24890 students enrolled at uw madison during that year were

Define velocity and acceleration in terms of position and : 1- define velocity and acceleration in terms of position and time. differentiate between the instantaneous quantities

Oppositely charged parallel plates are separated by 532 mm : oppositely charged parallel plates are separated by 5.32 mm. a potential difference of 600 v exists between the

The vapor pressure of pure cyclohexane is 320 torr at its : 1 a non-volatile solute depresses the freezing point of cyclohexane by 4.0 degrees celsius. if cyclohexane has the

A football is punted with an initial velocity of 261 ms and : a football is punted with an initial velocity of 26.1 ms and an initial angle of 53.1o. what is its hang time the time

Calculate the collection efficiency for this device for a : a particulate control device has an efficiency which is a function of particle size as follows effdp 1 - exp- st

User Account

All Pages