Piston
Number of strokes to complete a power cycle
How much air all the pistons can move in a singular stroke
Intake
Rocker arms
Appears milky
Crankshaft directly
Intake, Compression, Power, Exhaust
Piston
Larger than that of exhaust valve
Feeler gauge
2LN
Unsprung mass is kept minimum
Uneven tyre wear
10:1
1143 N
Rich
Lean
Rich
Rich
Quality governing
To remove oil filter from the engine
Torque Wrench
Exhaust stroke
Exhaust System
Fuel
Aluminium alloy
Crankshaft
Inlet and exhaust valves
Moves downward
Spark Ignition engine
Direct or indirect injection.
Crank case
Cylinder head
Lifter
Flywheel
A dual mass flywheel
Alternator
Starter
B & C
Internal Combustion Engine
The ratio of number of teeth on pinion and number of teeth on gear
Coil springs known as torsional springs
Spur, Double Helical and Helical
EP80
Extreme pressure
1:1
3
Lay shaft, main shaft, input shaft
Reverse
Baulking/Syncro rings
To ensure that only one gear at a time can be engaged
Speed reduces
Less torque is required
Compound gear train
First motion shaft or Primary drive shaft
All of them
Release bearing
Excessive crankshaft end play
To vary the torque at the wheels
Four wheel drive
It is more efficient
It allows you to idle,control torque and speed output and change direction
To allow driven wheels on the same axle to rotate at different rates
Judder during braking
150 per cent of the maximum engine torque
Plain bearings
Tractive effort
Torque that is transmitted by the tyres to the road surface
Syncronizer Ring
Spur gear
Allows drive to be moved through a 90 degree angle
Driving Gear
150 per cent of the maximum engine torque
Slip joint
Center support bearing
Cardan universal joint
Drive shaft balancing weight
Driveline
Universal joint
U-joint
Diaphragm or Coil
Driven divided by Driver
Semi Shaft
Springs
to ensure the all internal engine parts lubricating
Intercooler
Pistons swell and rotating assembly seize
Liquid cooling
Fins on the block
Coolant
Water and antifreeze
Heater Core
Thermostat
Lower radiator hose
Water Pump
180-210 degrees Fahrenheit
Orange
15 and 18 PSI
Compressor
Condenser
Thermal Expansion Valve
Viscosity
Valve relief
Synthetic oils
Two-stroke petrol engine
Pressure system
Adhesiveness
All of these
High temperature
Becomes thicker after prolonged use
It will be reducing the excess heat generation
5W-30
Synthetic
All of these
Transmission fluid
Water and antifreeze
Its viscosity decreases and it flows more readily
To lubricate
Fuel system
A device that moves fuel from the tank to the engine
Fuel filter
Mixes fuel and air and supplies it to the engine
The air filter
A tube that is used to deliver fuel from the fuel tank to the engine
Gasoline direct injection
the filters, the pump, the fuel tank and carburetors
Fuel filter
Oxygen
Hydrocarbons
Mostly decaying organisms
Fossil fuels
H2
Methane
Sources of energy that do not come from fossil fuels
Take millions of years to replace
Air
Choke
throttle
High knocking index and low octane levels
They contain more oxygen
Helps reduce the knocking index and burn more efficiently
The throat
The emulsion tube
Bring air into the emulsion tube
Choke Side
Bring air into the fuel bowl to maintain atmospheric pressure
Mass Airflow Sensor
Choke open, throttle open
Spark Plug
Fuel Tank
Fuel Pump
Carburetor
Carbon Dioxide
Battery
Sulfuric acid
V-belt
The voltage regulator
To the Starter
12.5 – 12.6
Direct Current
13.5 - 15
The Alternator
The alternator
Ground
Red on Positive, Black on Negative
Light bulb, motor, coil...
By using ground as part of the circuit
Starter
Always make the final connection to ground
Flammable and corrosive
The draw of the load
Only works when the engine is running
False
Amperage overload
Decreases
A voltage spike
Continually recharge the battery
Engine configuration
To set the contact breaker gap
Under part-load operation
Positive to negative
Positive charge
Negative charge
Electric field lines never intersect
More difficult to ignite
Charge-charging system
Ignition coil
Rotor
Battery
Ballast resistor
Ignition coil
Breaker point
Condenser
Rotor
Ignition system
Ensures the optimal riding comfort and controllability
Is the core component of all suspension systems
Load
Water flush
The store of energy more than twice per unit volume
Springs
The connection between rotational end to the control arm
Axle
Suspension System
Caster
Yaw
Elasticity
Monitoring the tread wear of each tire
Ball joints
Shock absorbers
They can be disassembled, cleaned, and repacked with grease
Use pressurized nitrogen gas to reduce aeration of the hydraulic fluid
All of these
Brake Shoe
Anti-lock Braking System
Oil
Pads
Braking system
All of these
The braking system is designed to decrease the speed of the vehicle
They could be mechanically operated
The self servo action makes them very good for Handbrake applications
They are heavier and more expensive than drums
The seal around the piston
Operated by a liquid
The rear wheels only
Rack and Pinion
CV Axle
Failed steering damper
All of these
Six
Low Octane petrol
72
Reduce NOX production
Nitrogen and Oxygen
Condition, leaks, noise, security
Catalytic converter
Oxides of Nitrogen, Carbon monoxide, Hydrocarbons
Anti-knock characteristics of alcohol are poor
To improve cold-weather starting
The engine which uses gaseous and liquid fuel
Hybrid of both SI and CI engine
Pre-catalyst hydrocarbon emissions are higher
SI engine
Injection as well as carburation
Multi-fuel capabilities
It has a longer operating cycle
SI engine
It has multi-fuel capabilities
High efficiency, quiet operation and compatible with renewable energy
Particulates
NOx and HC
Unburnt oil
Idling
To reduce NOx
To control smoke
Reduce knocking
NOx
NOx