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A body is launched from the earth's surface at an angle a = 30° to the horizontal at a speed vo = 1.5GM Neglecting air resistance and earth's rotation. Find the height to which the body will rise. Here M is mass of earth and R the radius of earth.

A body is launched from the earth's surface at an angle a = 30° to the horizontal at a speed vo = 1.5GM Neglecting air resistance and earth's rotation. Find the height to which the body will rise. Here M is mass of earth and R the radius of earth.

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A body is launched from the earth's surface at an angle a = 30° to the horizontal at a speed un = /15GM Neglecting air resistance and earth's rotation. Find the height to which the body will rise. Here M is mass of earth and R the radius of earth.
Transcribed Image Text:A body is launched from the earth's surface at an angle a = 30° to the horizontal at a speed un = /15GM Neglecting air resistance and earth's rotation. Find the height to which the body will rise. Here M is mass of earth and R the radius of earth.
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