(b)Figure 2.1 shows a wheels vehicle mode. The mass of the vehicle is 1920 kgand the distance between centre of mass to the front and rear axles are 1.5 mand 1.6 m respectively. If the rolling resistance coefficient between road andtire is fo = 0.0165 when the vehicle travel at a speed of v = 30 km/h withsteering angle of å = 20°, front and rear slip angles at 3° radius of turning R is7.603m; then :i.Calculate the cornering forces of the front and rear wheels.ii.Calculate the rolling resistance of the tire.ii.What happens if the speed is increased to 50 km/h?FAFf laArFyfFyrafRFigure 2.1 Rolling resistance of turning wheel

Given data: Mass of vehicle = M =1920 kgDistance between Centre of mass and front axle = b= 1.5…

Figure 2.1 shows a wheels vehicle mode. The mass of the vehicle is 1920 kg and the distance between centre of mass to the front and rear axles are 1.5 m and 1.6 m respectively. If the rolling resistance coefficient between road and tire is fo = 0.0165 when the vehicle travel at a speed of v = 30 km/h with steering angle of & = 20°, front and rear slip angles at 3° radius of turning R is 7.603m; then : i. Calculate the cornering forces of the front and rear wheels. ii. Calculate the rolling resistance of the tire. iii. What happens if the speed is increased to 50 km/h? Saff la ar AF, Fyf R B Figure 2.1 Rolling resistance of turning wheel

Figure 2.1 shows a wheels vehicle mode. The mass of the vehicle is 1920 kg and the distance between centre of mass to the front and rear axles are 1.5 m and 1.6 m respectively. If the rolling resistance coefficient between road and tire is fo = 0.0165 when the vehicle travel at a speed of v = 30 km/h with steering angle of & = 20°, front and rear slip angles at 3° radius of turning R is 7.603m; then : i. Calculate the cornering forces of the front and rear wheels. ii. Calculate the rolling resistance of the tire. iii. What happens if the speed is increased to 50 km/h? Saff la ar AF, Fyf R B Figure 2.1 Rolling resistance of turning wheel

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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