Question
An archer pulls her cross bow as hard as possible and releases an arrow at an angle of 0 (horizontally) and at a height of
An archer pulls her cross bow as hard as possible and releases an arrow at an angle of 0 (horizontally) and at a height of 1.52 meters above the ground. The arrow travels 32 m before hitting the ground
Calculate the time it takes the arrow to hit the ground from the moment it is released.
Calculate the Horizontal component of velocity Vx
What is the magnitude of the arrow the moment it is released? Now assume that the same archer shoots the arrow at an angle of 37 relative to the x-axis. Using the magnitude found in part C of with the same velocity but now directed at an angle.
Calculate how far this arrow travels in the x-direction before it hits the ground.
What is the maximum height reached by this arrow?
How long (time) is the arrow in the air?
Calculate the magnitude and direction of the velocity at 1.2 seconds?
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