Kinematic Equations Calculator

Publish date: 2024-06-26

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Given accleration (a) = 29, Final Velocity (vf) = 5000, Initial Velocity (vi) = 5, solve for the remaining unknowns in the kinematic equations

Calculate final velocity vf:

vf2 = vi2 + 2ad

Subtract vi2 from each side:

2ad = vf2 - vi2

Divide each side of the equation by 2a

vf2 - vi2

Cancelling 2a on the left side, we get:

d =	vf2 - vi2
	2a

d =	50002 - 52
	2 * 29

d =	25000000 - 25
	58

d = 431034.05172414

Calculate time (t):

vf = vi + at

Subtract vi from each side of the equation:

at = vf - vi

Divide each side of the equation by a:

Cancelling a on the left side, we get:

t =	vf - vi
	a

t =	5000 - 5
	29

t =	4995
	29

t = 172.24137931034

Final summary of variables:

Acceleration (a) = 29
Displacement (d) = 431034.05172414
Time (t) = 172.24137931034
Initial Velocity (vi) = 5
Final Velocity (vf) = 5000

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What is the Answer?

Acceleration (a) = 29
Displacement (d) = 431034.05172414
Time (t) = 172.24137931034
Initial Velocity (vi) = 5
Final Velocity (vf) = 5000

How does the Kinematic Equations Calculator work?

Free Kinematic Equations Calculator - Given the 5 inputs of the 4 kinematic equations, this will solve any of the equations it can based on your inputs for the kinematics.
This calculator has 5 inputs.

What 2 formulas are used for the Kinematic Equations Calculator?

at = vf - vi
d = ½t(vi + vf)

For more math formulas, check out our Formula Dossier

What 7 concepts are covered in the Kinematic Equations Calculator?

accelerationRate of change of the velocity with respect to time. Denoted as A(t).displacementMovement of an object from it's current positionequationa statement declaring two mathematical expressions are equalkinematic equationsPhysics Equations to predict unknown values in motionphysicsthe branch of science concerned with the nature and properties of matter and energy.timea point of time as measured in hours and minutes past midnight or noonvelocityspeed of an object in a given direction