Instructions:Fill in the known values and select the appropriate units.
After that, click on the value you want to calculate.
Average velocity v as a displacement (distance traveled) Δx during time Δtv = ΔxΔt
Δx
Displacement (Distance)
Average Velocity
v
=
Δt
Time Elapsed
Average acceleration a from starting velocity v_{s} to ending velocity v_{e} during time Δta = v_{e}  v_{s}Δt
End Velocity
Start Velocity
v_{e}

v_{s}
Average Acceleration
a
=
Time Elapsed
Δt
Distance x traveled under the constant accelartion a, from starting velocity v_{0}, for period of time t :x = v_{0}t + 12at^{2}
Distance
Starting Velocity
Time
Acceleration
Time
x
=
v_{0}
⋅
t
+
12
a
⋅
(
t
)^{2}
Position (x, y) of a missile in a ballistic motion after the period of time t. Missile is launched from a height h, with the initial velocity velocity v_{0} and the angle θ to horizontal x axis, under the influence of the Earth's gravitational force (acceleration) g:x = v_{0}t cos θy = h + v_{0}t sin θ  12gt^{2}