(b) Table Q2(b) shows the information of a front-drive vehicle parameters. Table Q2(b): Vehicle parameters No Parameter Weight at front axle Weight at rear axle Value 8,674 N 5,115 N 2.667 m 1 2 3 Wheelbase CG height| Coefficient of friction 4 0.4826 m 5 0.62 1.524 m Tread Final drive ratio Tire size Roll stiffness at front axle Roll stiffness at rear axle 7 3.70 0.319 m 1288 Nm/deg 840 Nm/deg 9. 10 (i) Determine the maximum tractive force with locking differential (independent front suspension) in unit N. (ii) Based on Question 2 (b)(i), determine the maximum longitudinal acceleration of the vehicle in unit m/s².
(b) Table Q2(b) shows the information of a front-drive vehicle parameters. Table Q2(b): Vehicle parameters No Parameter Weight at front axle Weight at rear axle Value 8,674 N 5,115 N 2.667 m 1 2 3 Wheelbase CG height| Coefficient of friction 4 0.4826 m 5 0.62 1.524 m Tread Final drive ratio Tire size Roll stiffness at front axle Roll stiffness at rear axle 7 3.70 0.319 m 1288 Nm/deg 840 Nm/deg 9. 10 (i) Determine the maximum tractive force with locking differential (independent front suspension) in unit N. (ii) Based on Question 2 (b)(i), determine the maximum longitudinal acceleration of the vehicle in unit m/s².
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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