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ANSWER IS AT THE BOTTOM OF THE PICTURE. PLEASE PROVIDE "CORRECT" WORK. ALL ATTEMPS TO THIS QUESTIOIN ARE INCORRECT. A bioengineer is studying the take-off characteristics of birds. One particular water fowl with an average weight of 0.25kg is observed to have a wing motion that generates a force that is approximated by the equation: F = F0(1 + sinwt) where F0 and w are constants. Video measurements show the value of w is approximately 18. The bird requires 1.2 seconds to take off and is moving at a speed of 7.8 m/s when it does so. What is the value of the constant, F0? (Units for your answer will be Newtons. Express your answer using 2 decimal places.)

A bioengineer is studying the take-off characteristics of birds. One particular water fowl with an average weight of 0.25kg is observed to have a wing motion that generates a force that is approximated by the equation: F-Fo1sinwt) where Fo and w are constants. Video measurements show the value of w is approximately 18. The bird requires 1.2 seconds to take off and is moving at a speed of 7.8 m/s when it does so. What is the value of the constant, Fo? (Units for your answer will be Newtons. Express your answer using 2 decimal places.) 1.1900 1.49 margin of error+/-0.01

engineering   Mechanical-Engineering   
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0 25 う 7.8 = fo x 1.3063 o 25

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