use Equation: sqrt [vfx2 + vfy2 = vf2] to solve for vf2 of the average distances and time of a launcher and then solve for θ ( Average time: 1.90 + 1.76 + 0.92 / 3 = 1.52 seconds Average distance(Delta d x): 3.5 + 3.2 + 2.8 / 3 = 3.17 meters Average distance( Delta d y): 3 + 3 + 3 /3 = 3 centimeters)
use Equation: sqrt [vfx2 + vfy2 = vf2] to solve for vf2 of the average distances and time of a launcher and then solve for θ ( Average time: 1.90 + 1.76 + 0.92 / 3 = 1.52 seconds Average distance(Delta d x): 3.5 + 3.2 + 2.8 / 3 = 3.17 meters Average distance( Delta d y): 3 + 3 + 3 /3 = 3 centimeters)
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use Equation: sqrt [vfx2 + vfy2 = vf2]
to solve for vf2 of the average distances and time of a launcher and then solve for θ
(
Average time: 1.90 + 1.76 + 0.92 / 3
= 1.52 seconds
Average distance(Delta d x): 3.5 + 3.2 + 2.8 / 3
= 3.17 meters
Average distance( Delta d y): 3 + 3 + 3 /3
= 3 centimeters)
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