Students will be able to calculate on mechanics of vehicles.

Rolling resistance, resistance to acceleration. Air resistance, transmission, slope resistance, wind resistance, the physical behavior of the vehicle, motion resistance, lateral forces, the aerodynamic resistance, Bernoulli equation, the aerodynamic resistance force, lateral forces, linear forces, mathematical and physical expressions, engine and vehicle performance, act clutches transmission, torque and power calculations, hydraulic power transmission, electric clutch, Table value of reading, the power and torque transmission, gear ratio, the drive force transmission efficiency, Manual gearbox, Automatic transmission, differential gear ratio, motion transmission, shaft, torque and power transmission, dynamic and static loads, rubber materials, static and dynamic movements of the wheels, rim material, engine performance values, Road-ground conditions, the road-wheel relationship, road-speed relation, Tables, hydraulic systems, hydraulic sealing elements, Brake empirical statements about the system, brake systems, Road-the-ground knowledge, brake distribution and control systems, motion path of the vehicle characteristics, transport resistances to motion, yaw and lateral sliding vehicles, vehicles smooth linear motion, geometric calculations, camber, caster, toe-in , toe-out, and a total of kingpin angle, shock absorbers, swing arms, steering system, geometric calculations, rotation angle, center of rotation of the steering Calculations related to hydraulic systems, electrical systems and related calculations, the steering gear ratios account