The figure shows a hill that is inclined at an angle a = 45° relative to the vertical. A projectile is launched from the origin 0 with an initial velocity, of norm vo= 4m,.The velocity vector makes an angle of 0 = 30° with the z-axis. With this information, determine the following. (a.) Find the maximum separation between the projectile and the hill. (b.) Find the distance between the origin and the point of landing of the projectile on the hill. Note: Useg = 9.8 170
The figure shows a hill that is inclined at an angle a = 45° relative to the vertical. A projectile is launched from the origin 0 with an initial velocity, of norm vo= 4m,.The velocity vector makes an angle of 0 = 30° with the z-axis. With this information, determine the following. (a.) Find the maximum separation between the projectile and the hill. (b.) Find the distance between the origin and the point of landing of the projectile on the hill. Note: Useg = 9.8 170
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Transcribed Image Text:Problem 2
The figure shows a hill that is inclined at an angle a = 45° relative to the vertical. A projectile is
launched from the origin 0 with an initial velocity, of norm vo= 4m.The velocity vector makes an
angle of 0 = 30° with the z-axis. With this information, determine the following.
(a.) Find the maximum separation between the projectile and the hill.
(b.) Find the distance between the origin and the point of landing of the projectile on the hill.
Note: Useg = 9.8
25.
R
170
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