While starting a engine the starter pinion meshes with
A.Clutch
B.Propellor shaft
C.Engine flywheel ring gear
D.Gears in gear box
E.Gears in differential
A.Clutch
B.Propellor shaft
C.Engine flywheel ring gear
D.Gears in gear box
E.Gears in differential
A.rack and pinion type
B.worm and roller type
C.recirculating ball type
D.Any of the above
A.0.74
B.0.84
C.1
D.1.12
E.1.28
A.Starting steering effort will be high
B.Starting steering effort will be zero
C.Wobbling of wheels will increase
D.bracking effort will be high
A.chemicals which limit the rate of pressure rise in engine
B.chassis components which face wind resistance
C.auxillary brakes which supplement the main brake
D.none of the above
A.Exhaust manifold
B.Exhaust pipe
C.Tail pipe
D.Muffler
E.None of the above
A.Too lean
B.Chemical correct
C.Most economical
D.Suitable for maximum output
E.Too rich
A.Ball bearing
B.Roller bearing
C.Taper roller bearing
D.Needle bearing
E.All of the above
A.raising exhaust pressure
B.increasing density of intake air
C.providing air for cooling
D.none of the above
A.Wheels
B.Front axle
C.Steering system
D.Passenger seats
E.Rear axles