A car weighs 2200 lb and is traveling 100 mi/h on a race track that is on a 3% upgrade. The car is preparing to pass a slower car and its torque/engine speed curve is given by the equation, Me = 8ne -0.05n,² with Me in ft-lb and ne in revolutions per second. Drivetrain efficiency is 90%, drive axle slippage is 2%, wheel radius is 15 inches, frontal area is 22 ft2, the drag coefficient is 0.35, and air density is 0.0022 slugs/ft3. If the car isin a gear that produces maximum torque, what would the car's maximum acceleration be?

A car weighs 2200 lb and is traveling 100 mi/h on a race track that is on a 3% upgrade. The car is preparing to pass a slower car and its torque/engine speed curve is given by the equation, Me = 8ne -0.05n,² with Me in ft-lb and ne in revolutions per second. Drivetrain efficiency is 90%, drive axle slippage is 2%, wheel radius is 15 inches, frontal area is 22 ft2, the drag coefficient is 0.35, and air density is 0.0022 slugs/ft3. If the car isin a gear that produces maximum torque, what would the car's maximum acceleration be?

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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