A large 3-blade industrial fan is switched on, and as it accelerates steadily from rest, one of its large blades completes ten full counterclockwise revolutions in 16 s. If each fan blade is 3.0 m long, what is the final (linear) speed of the tips of the spinning blades? What is the net acceleration at the tip of the blades at time t = 16 s?
A large 3-blade industrial fan is switched on, and as it accelerates steadily from rest, one of its large blades completes ten full counterclockwise revolutions in 16 s. If each fan blade is 3.0 m long, what is the final (linear) speed of the tips of the spinning blades? What is the net acceleration at the tip of the blades at time t = 16 s?
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Transcribed Image Text:A large 3-blade industrial fan is switched on, and as it accelerates
steadily from rest, one of its large blades completes ten full
counterclockwise revolutions in 16 s.
If each fan blade is 3.0 m long, what is the final (linear) speed of the
tips of the spinning blades?
• What is the net acceleration at the tip of the blades at time t = 16 s?
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