Q2. An object is suspended in a wind tunnel and the force measured for various levels of wind vel...
Q2. An object is suspended in a wind tunnel and the force measured for various levels of wind velocity. The results are tabulated below. 60 70 80 50 610 20 v, m/sec 10 25 30 380 40 550 F, N 70 1220 830 1450 Linearize the given power equation using log transformation and then use the linear regression method to obtain a2 and B2. Finally substitute these constants in the power equation to obtain the final form of the power equation for the given data. (Note: Work in SI units and present all the values in SI units. Show all the steps in detail) 10 points]
Q2. An object is suspended in a wind tunnel and the force measured for various levels of wind velocity. The results are tabulated below. 60 70 80 50 610 20 v, m/sec 10 25 30 380 40 550 F, N 70 1220 830 1450 Linearize the given power equation using log transformation and then use the linear regression method to obtain a2 and B2. Finally substitute these constants in the power equation to obtain the final form of the power equation for the given data. (Note: Work in SI units and present all the values in SI units. Show all the steps in detail) 10 points]