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A projectile is launched from the ground with velocity |v→| = 4 m/s, at an angle θ = 64∘ from the horizontal direction. The projectile would have landed on the ground at the horizontal distance d1 away from the launch point, but instead it hit the top of a platform of height h in the way. The platform was hit at a horizontal distance d2 away from the launch point. What is the distance d1 in meters? Note that d1 is the distance that the projectile was supposed to travel if it had returned back to the ground. Use g = 9.8 m/s2 and retain one decimal place for you answer.

A projectile is launched from the ground with velocity |v→| = 4 m/s, at an angle θ = 64∘ from the horizontal direction. The projectile would have landed on the ground at the horizontal distance d1 away from the launch point, but instead it hit the top of a platform of height h in the way. The platform was hit at a horizontal distance d2 away from the launch point. What is the distance d1 in meters? Note that d1 is the distance that the projectile was supposed to travel if it had returned back to the ground. Use g = 9.8 m/s2 and retain one decimal place for you answer.

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A projectile is launched from the ground with velocity | v → | = 4 m / s , at an angle θ = 64 ∘ from the horizontal direction. The projectile would have landed on the ground at the horizontal distance d 1 away from the launch point, but instead it hit the top of a platform of height h in the way. The platform was hit at a horizontal distance d 2 away from the launch point.
What is the distance d 1 in meters? Note that d 1 is the distance that the projectile was supposed to travel if it had returned back to the ground. Use g = 9.8 m / s 2 and retain one decimal place for you answer.

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