projectile rocket a(t) = A– Bt2 d A person standing a distance d from the rocket launch site shoots a projectile at t = 0 at an initial speed vo at an angle 00 with respect to the horizontal as shown in the figure above. The projectile hits the rocket just when the rocket reaches its maximum height. The downward gravitational acceleration is g. (Part b) Find an expression for the tangent of the angle tan (0) in terms of A, B, d, and g. Do not use vo in your answer.
projectile rocket a(t) = A– Bt2 d A person standing a distance d from the rocket launch site shoots a projectile at t = 0 at an initial speed vo at an angle 00 with respect to the horizontal as shown in the figure above. The projectile hits the rocket just when the rocket reaches its maximum height. The downward gravitational acceleration is g. (Part b) Find an expression for the tangent of the angle tan (0) in terms of A, B, d, and g. Do not use vo in your answer.
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Transcribed Image Text:projectile
гоcket
a(t) = A– Bt2
d
A person standing a distance d from the rocket launch site shoots a projectile at t = 0 at an initial speed vo at an angle 00
with respect to the horizontal as shown in the figure above. The projectile hits the rocket just when the rocket reaches its
maximum height. The downward gravitational acceleration is
g.
(Part b) Find an expression for the tangent of the angle tan (0) in terms of A, B, d, and g. Do not use vo in your answer.
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