Question: Please help 1. 2. [2] Solve the initial value problem: dy 7 (0) 6 dx- '3 y ' [3] A lunar lander is falling freer

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Please help 1. 2. [2] Solve the initial value
1. 2. [2] Solve the initial value problem: dy 7 (0) 6 dx- \"'3" y ' [3] A lunar lander is falling freer towards the surface of the moon at a speed of 450 meters per second (m/sec). Its retrorockets, when fired, provide a constant deceleration of 2.5 meters per second per second (mfsecz) (where the moon's gravitational acceleration is assumed to be included in this value.) At what height above the lunar surface should the retrorockets be activated to ensure a \"soft landing\" (that is, v=0 at impact.)

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