Q.6/A 300 hp tractor towing tired trailer is climbing a uniform 6.5% slope on steady speed 9 mph,the rolling resistance is 170 Ib/ton. The single-axle tractor weight 72000 Ib, and the trailer weight 52000 Ib.the combined weight distribution is 57% on the drive axle. What is the ability to move the tractor? If not.what do you suggest to the moving up? Discuses that according to the coefficient of traction.

Given, P = 300 hp G = 6.5% V = 9 mph R = 170 lb/ton Wt = 72000 + 52000 = 124000 lb

Q.6 /A 300 hp tractor towing tired trailer is climbing a uniform 6.5% slope on steady speed 9 mph, the rolling resistance is 170 Ib/ton. The single-axle tractor weight 72000 Ib, and the trailer weight 52000 lb. the combined weight distribution is 57% on the drive axle. What is the ability to move the tractor? If not, what do you suggest to the moving up? Discuses that according to the coefficient of traction.

Q.6 /A 300 hp tractor towing tired trailer is climbing a uniform 6.5% slope on steady speed 9 mph, the rolling resistance is 170 Ib/ton. The single-axle tractor weight 72000 Ib, and the trailer weight 52000 lb. the combined weight distribution is 57% on the drive axle. What is the ability to move the tractor? If not, what do you suggest to the moving up? Discuses that according to the coefficient of traction.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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