Accelesatkan Can be deksmaned Grom: (mutielk Ansuas) A) eqations of Constant acceleration in the aceleraton orstant. b eqations of constant aneleratn vegard less E the accelevation Ps Constant. C) Sope of velocty Versus fime Slope of posilon Vasus fime €) An acceleratin VS Time Giaph 0 fhoma theical veke if the mokion s fladectde or fieclall fleelall.
Accelesatkan Can be deksmaned Grom: (mutielk Ansuas) A) eqations of Constant acceleration in the aceleraton orstant. b eqations of constant aneleratn vegard less E the accelevation Ps Constant. C) Sope of velocty Versus fime Slope of posilon Vasus fime €) An acceleratin VS Time Giaph 0 fhoma theical veke if the mokion s fladectde or fieclall fleelall.
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Transcribed Image Text:Ateation
Accelexaten Can be deksmined Gram (muliele Arsuas)
A) eqations of Censtant acceleration in the arceleration onslant.
b equations of canstant aceleraton vegard less e the acceleration.
8S Constant.
) Slope of velocdy Versus fime
Slope of posilion Veasus fime
€) An accelecation VS Time giaph
0 froma thaical vake if he mokon s
pakeble
ar freefall.
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Displacement can be defined as the straight line distance covered by an object from its initial position to the final position. It is a vector quantity, that is, it has both a direction and a magnitude. Velocity is defined as the rate of change of displacement with respect to time. Acceleration is the rate of change of velocity with respect to time. Both velocity and acceleration are also vector quantities.
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