A DC-9 airplane has a mass of 50,000 kg and a cruising velocity of 70 km/h. Its engines develop a total thrust of 70,000 N. If air resistance, change in altitude, and fuel consumption is ignored, how long does it take the plane to reach its cruising velocity, starting from rest?

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A DC-9 airplane has a mass of 50,000 kg and a cruising velocity of 70 km/h. Its engines

develop a total thrust of 70,000 N. If air resistance, change in altitude, and fuel consumption is

ignored, how long does it take the plane to reach its cruising velocity, starting from rest?

 
 
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