Calculator

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_sΔt

End Velocity		Start Velocity
v_e	-	v_s

Average Acceleration

Time Elapsed

Δt

Distance x traveled under the constant accelartion a, from starting velocity v₀, for period of time t :x = v₀ t + 12 a t²

Distance		Starting Velocity		Time		Acceleration		Time
x	=	v₀	⋅	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 v₀ and the angle θ to horizontal x axis,
under the influence of the Earth's gravitational force (acceleration) g:x = v₀ t cos θy = h + v₀ t sin θ - 12 g t²

Distance		Starting Velocity		Time		Angle
x	=	v₀	⋅	t	⋅	cos ( θ )

Height		Initial Height		Starting Velocity		Time		Angle		Time
y	=	h	+	v₀	⋅	t	⋅	sin ( θ )	-	12 g ⋅ ( t ) ²