A car with a track of 1.5 m and a wheel base of 2.9 m has a steering gear mechanism of the Ackermann type. The distance between the front stub axle pivots is 1.3 m. The length of each track arm is 150 mm and the length of track rod is 1.2 m. Find the angle turned hrough by the outer wheel if the angle turned through by the inner wheel is 30°.

A car with a track of 1.5 m and a wheel base of 2.9 m has a steering gear mechanism of the Ackermann type. The distance between the front stub axle pivots is 1.3 m. The length of each track arm is 150 mm and the length of track rod is 1.2 m. Find the angle turned hrough by the outer wheel if the angle turned through by the inner wheel is 30°.

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

See similar textbooks

Similar questions

Q3 a. Define the following term 1. Lateral vehicle dynamics 2. oversteers 3. steering wheel shimmy 4.d'Alembert Force Q3 b When deriving the force acting on the wheel to determine the maximum grade we can E without wheel slippage (traction limited gradeability) then Write the equation that relate total mass of the vehicle in case of a Front wheel duiveWD ), on Rear wheel Drive (RWD in case of All wheel drive (4WD) power train ? s
In an open belt drive, two sheaves have diameters of 5 in. and 12 in. Determine the center distance of a drive utilizing a 72-in. belt. Also determine the angle of contact over the smaller sheave. Draw a 3d model of the mechanism.
I need the answer as soon as possible
The weight of the wheel tractor in Problem 1 is 30 tons and the weight on the drivingwheels is 50% of this weight. What is the maximum available rimpull if thecoefficient of traction is 0.25?
3. In a turning moment diagram, the areas above and below the mean torque line taken in order are 4400, 1150, 1300 and 4550 mm² respectively. The scales of the turning moment diagram are: Turning moment, 1 mm = 100 N-m; Crank angle, 1 mm = 1° Find the mass of the flywheel required to keep the speed between 297 and 303 r.p.m., if the radius of gyration is 0.525 m. [Ans. 417 kg]
solve with solutions completeyly thanks
a) An engine has a flywheel mass of 8-tonnes and a turning radius of 3 m. The energy fluctuation is 70 KN-m. The average speed of the engine is 160 rpm. Find the maximum speed value. b) A jet engine has a rotor with a weight of 500 N and this rotor rotates at 2400 rpm. Rotor It is suspended in the middle of the C and D bearings with a total distance of 600 mm between them and the center of gravity is rotated. 35 mm above its centre. By calculating the dynamic forces on the bearings, this system perform the balancing.
Pravin bhai
i need the answer quickly
Solve correctly
1.The pitch circle diameter of the smaller of the two spur wheels which mesh externally and have involute teeth is 100mm.The number of teeth are 16 and 32.The pressure angle is 20° and the addendum is 0.32 of the circular pitch.Find the length of the path of contact of the pair of teeth
A shaft carries three pulleys, A, B and C, the pulleys B and C being 1.2 m and 2.1 m from A. The pulleysare out of balance to the extent of 0.03, 0.05 and 0.04 kg-m respectively and are keyed to the shaft so asto give static balance. Find the relative angular positions of the radii which define the unbalance. If theshaft is supported in bearing 1.8 m apart, find the dynamic load on each bearing when the shaft makes300 rev/min.