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Using the average vertical range and the height, calculate the initial velocity (muzzle velocity) using equations...

Using the average vertical range and the height, calculate the initial velocity (muzzle velocity) using equations 5,6,7, & 8.

x-coordinate axis 5y.) xf = (1/2)·ax·(Δt) 2 + vix·Δt + xi r = (1/2)·(0 m/s2 )·(Δt) 2 + vix·Δt + (0 m) 5x.) r = vix·Δt y-coordinate axis

6y.) yf = (1/2)·ay·(Δt) 2 + viy·Δt + yi 2y.) (0 m) = (1/2)·(-g)·(Δt) 2 + viy·Δt + (h) where g = 9.8 m/s2 where vix and viy are the components of the initial velocity, vi:

7.) vix = vi · cos Θ

8.) viy = vi · sin Θ

Average Range: 5.05 m

Height: 1.18 m

Angle: 0

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