dynamics
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dynamics dynamics
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answerhappygod
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dynamics dynamics
dynamics
dynamics
. < 3 Q4. The velocity of the kid (Fig. Q4) relative to the fix coordinate system is (as shown) 10 i m/s and is constant. The running kid is towing a kite. The kite line is maintained in tension to fly a kite. The rope is 20 m long and the angle 0 is 45° at the instant shown. If the angle increase (thus bringing the kite down) at a rate of 1 degree per second, determine: a) The velocity of the kite relative to the running kid [10] b) The velocity of the kite relative to ground [10] 14 = 450 v = 10 m/s 20 m ☆
dynamics
. < 3 Q4. The velocity of the kid (Fig. Q4) relative to the fix coordinate system is (as shown) 10 i m/s and is constant. The running kid is towing a kite. The kite line is maintained in tension to fly a kite. The rope is 20 m long and the angle 0 is 45° at the instant shown. If the angle increase (thus bringing the kite down) at a rate of 1 degree per second, determine: a) The velocity of the kite relative to the running kid [10] b) The velocity of the kite relative to ground [10] 14 = 450 v = 10 m/s 20 m ☆
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