Which of these is a steering gear mechanism?
Differential
Rack and pinion
Axle beam
Control arm
Multi-link suspension system is commonly used in:
Heavy trucks
Budget cars
High-end cars
Scooters
Steering effort is reduced in:
Manual steering
Rack & pinion steering
Power steering
Gearbox
Function of shock absorber is to:
Increase ground clearance
Reduce suspension movement
Prevent tyre wear
Increase weight
MacPherson strut is a combination of:
Spring and brake
Shock absorber and spring
Steering box and tie rod
Frame and axle
JATMA is a tyre standard used in:
USA
Japan
Germany
India
ETRTO stands for:
European Tyre and Rim Technical Organisation
European Transport Regulation
Extra Tyre Resistance Testing
Edge Tyre Rim Test Organization
Which type of tyre has radial ply structure?
Tubed
Bias ply
Radial
Nylon
Tubeless tyres have:
No bead
No inner tube
More wear
Lower grip
Which marking indicates radial tyre?
R
T
S
V
ATMA stands for:
Automotive Tyre Manufacturers’ Association (India)
Automobile Test Measurement Agency
All-Terrain Motor Authority
Air Tyre Maintenance Association
Diagonal ply tyre has plies arranged at:
0°
90°
45°
60°
Which tyre is more fuel efficient?
Tubeless
Bias-ply
Tube type
Tyre tread pattern affects:
Engine power
Braking only
Road grip and water drainage
Tyre inflation
Tyre selection is based on:
Car brand
Colour
Load and speed rating
Fuel type
Camber angle is the tilt of wheel:
Forward or backward
From vertical axis
From horizontal axis
From steering wheel
Toe-in provides:
Less tyre wear
More oversteer
Increased straight-line stability
Engine cooling
Positive caster provides:
Unstable steering
Self-centering effect
Reduced tyre life
Rear wheel drive
Which component enables gear change automatically?
Manual gearbox
Clutch cable
ECU with sensors
Handbrake
Automatic transmission type used in EVs:
Sliding mesh
Constant mesh
Single-speed reduction gear
Dual clutch
Function of torque converter is to:
Reduce emissions
Transmit and multiply torque
Start the engine
Balance the wheels
Planetary gear system is used in:
Manual transmission
Steering system
Automatic transmission
Air conditioning
Wheel alignment improves:
Power output
Brake efficiency
Tyre life and handling
Gear shifting
Incorrect alignment causes:
Better mileage
Uneven tyre wear
Smooth ride
Extra torque
Wheel balancing prevents:
Gear slipping
Brake failure
Vibration at high speed
Power loss