solve it Problem 2. A cyclist is able to attain a maximum speed of U = 30 km/hr on a calm day. The total mass of rider and bikeis m = 65 kg. The rolling resistance of the tires is FR = 7.5 N, the frontal area is A = 0.25 m2, and drag coefficient isCp = 1.2. (a) Determine the power the cyclist can produce with no wind. On a day with a wind speed ofVarind = 10 km/hr, find the maximum speed the cyclist is able to attain cycling (b) into the wind and (c) with the wind.(d) Calculate and plot all three maximum speeds versus (use a range of 0.1 to 1.2) to consider the impact of using anaerodynamic fairing (streamlining shell to guides the air around the cyclist) to reduce the drag coefficient. NOTE: UseEES (Engineering Equation Solver) to solve this problem which requires iteration and make the plot. A tutorial isavailable here a if you not familiar with EES.

Speed of the cyclist U=30Km/hr =8.33 m/s The total mass of rider m=65kg FR=7.5KN A=0.25m2 CD=1.2 To…

Problem 2. A cyclist is able to attain a maximum speed of U = 30 km/hr on a calm day. The total mass of rider and bike is m = 65 kg. The rlling resistance of the tires is FR = 7.5 N, the frontal area is A = 0.25 m2, and drag coefficient is %3D Cp = 1.2. (a) Determine the power the cyclist can produce with no wind. On a day with a wind speed of Verind = 10 km/hr, find the maximum speed the cyclist is able to attain cycling (b) into the wind and (c) with the wind.

Problem 2. A cyclist is able to attain a maximum speed of U = 30 km/hr on a calm day. The total mass of rider and bike is m = 65 kg. The rlling resistance of the tires is FR = 7.5 N, the frontal area is A = 0.25 m2, and drag coefficient is %3D Cp = 1.2. (a) Determine the power the cyclist can produce with no wind. On a day with a wind speed of Verind = 10 km/hr, find the maximum speed the cyclist is able to attain cycling (b) into the wind and (c) with the wind.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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