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5.) Immediately after take-off an airplane moves with 400 km/h at an angle of 10° with...

5.) Immediately after take-off an airplane moves with 400 km/h at an angle of 10° with respect to the horizontal. A passenger moves from the front of the plane toward the back of the plane with 10 km/h. Determine the velocity of the passenger with respect

When reading this problem the first thing is to look for what’s given. Since we see that the velocity is equal to 400 km/h ,and the passenger moves from the front of plane towards the back with 10 km/h .Subtracting the two numbers ,400 km/h and 10 km/h, will give you 390 km/h. The reason why i subtracted those where because the initial starting point was 400 km/h and then was moved 10 km/h. By coming to this conclusion, 10° with respect to the horizontal, the direction of velocity is in the same direction as the plane. Therefore the velocity of the passenger with respect to an observer on the ground is 390 km/h in a 10° angle.

WHAT I NEED: I need someone to re work this problem and double check my work and if there is anything wrong can you explain to me whats wrong. Thanks.

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