As a 500-kg Moon lander is descending toward the surface, its thruster fires an upward force. At a height of 50m, the lander's velocity is 5.0m/s downward. At a height of 5m, its velocity is 0.5m/s downward. The Moon's gravitational field strength near its surface is 1.6 N/kg. Assume the mass of the lander remains nearly constant during th

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As a 500-kg Moon lander is descending toward the surface, its thruster fires an upward force. At a height of 50m, the lander's velocity is 5.0m/s downward. At a height of 5m, its velocity is 0.5m/s downward. The Moon's gravitational field strength near its surface is 1.6 N/kg. Assume the mass of the lander remains nearly constant during the process.    Your answer is incorrect. What is the y-component of the average net force on the lander during this time interval? Fnet,y=N eTextbook and Media Hint Assistance Used Apply the Momentum Principle to the lander. Last saved 1 second ago. Attempts: 3 of 6 used Using multiple attempts will impact your score. 40% score reduction after attempt 3

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