Question

draw velocity-time graph for uniformly accelerated object. using velocity time graph derive position. time relation



Please help me out
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Answer 1

Let an object is moving with uniform acceleration.

Let an object is moving with uniform acceleration.u = initial velocity of object

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of object

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform acceleration

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graph

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)=

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= time

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity Change in velocity = AB = v - u

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity Change in velocity = AB = v - uTime = AD = t

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity Change in velocity = AB = v - uTime = AD = ta=

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity Change in velocity = AB = v - uTime = AD = ta= t

Let an object is moving with uniform acceleration.u = initial velocity of objectv = final velocity of objecta = uniform accelerationLet object reaches at point B after time (t) Now, from the graphSlope = Acceleration (a)= timechange in velocity Change in velocity = AB = v - uTime = AD = ta= tv−