1769
Design
Fuel comsumption
Steel
Stainless steel
Drive wheel
Resale value
Fuel consumption
Interior features
Capability to absorb impact energy
Colour
All of the mentioned
Nissan Pathfinder
Audi A4
Brake power
Tractive effort
All of the mentioned
All of the mentioned
Weight of the vehicle
Sedan
Cars
American
It has 4 wheels out of which 2 are drive wheels
Light goods vehicles
Hybrid Electric Vehicles
Sport Utility Vehicle
Diesel
Leaf Springs
Mechanical work
Air compressor
Either 1-3-4-2 or 1-4-3-2
1-4-3-2
2
Quality of fuel and engine speed
All of the mentioned
1913
30%
35 degree to 60 degree before BDC
55-75 atm
Suction
Strength
Density
a&b
All correct.
3
An alloy
A conductor
An insulator
paraffin
boiler fuel
natural gas
methane
CH4
splint
Wire wheel
Magnesium alloy wheel
Tension
Near the edge
Near center
Cross-ply tires on front wheels
Equalize wear
Aluminum and steel
Silicon
Gravity die casting
Piston seal
Frictional force
Increase the size of the piston skirt
Steel
Eutectic
Detonation
Tin
Steel
0.35-0.45
Big end
Chromium
Centrifugal casting
Grey cast iron
1.35-1.6
Cast iron
Cast steel
Bakelite
All of the mentioned
Cast iron Liners
Viscosity
10
SAE 10W 30
SAE 50
Wheels
All of the mentioned
Lighting systems
Energy
Fuel
Ignited
Compression stroke
Aluminium alloy
Crankshaft
a&b
Driven
Combustion
It forms a pressurised chamber for fuel air mixture
Piston pin
It is lighter
Cast iron
Steel alloy of high strength
Suction
Its size is small
Larger than that of the exhaust valve
Suction of air for engine
Bore and stroke
Max.engine torque/wt. of vehicle
Air standard efficiency will be increased
Constant pressure process
Above the flash point
The purpose of crankcase ventilation is to
Remove vaporised water and fuel
It connect the piston to the connecting rod
drivetrain system.
Steering and braking
Moves downward
Spark Ignition engine
Direct or indirect injection.
crank case
Cylinder head
Gasket
High thermal conductivity
Cylinder head stick to cylinder block
Easy removal
Felicoid
Felcoperne
shimbestos
crank case
Semi-steel
oil sump
Mechanical work
External combustion engines
Air compressor
All of the mentioned
Isentropic compression
Rankine cycle
60%
Tractive effort
All correct.
Sport-utility vehicles
combustion stroke
a type of internal combustion engine
inlet and exhaust valves
gearbox
connect
affects
False
None of the mentioned
All of the mentioned
Radius of driving wheel
1 to 2%
All of the mentioned
0.0032
746
Weight of the vehicle
230
Water pump
2
Air+ fuel
Cylinder head
Carburetor
Max power
Cylinder head
Heat
Exhaust gas
Flywheel
20
Half
Timing gears
Camshaft
Drop forging
Drop forging
Chain drive
All of the mentioned
6
Clutch – by – wire
Between transmission and engine
Springs
0.4
Increase of air velocity
Camshaft
Absence of valves
Compression stroke
Distance between TDC and BDC
Two valves
Valve lifter
To vary the torque of the vehicle
Constant-mesh gearbox
Between transmission and propeller shaft
Sliding mesh gearbox
Low noise level and high strength
False
Universal joint
There is relative motion between teeth
To transfer torque at an angle
False
Engine configuration
To set the contact breaker gap
Under part-load operation
Positive to negative
Positive charge
Negative charge
Electric field lines never intersect
Radial
Dielectric
Time constant
High
Zero
store electrical energy
potential energy
direct current
Capacitor
Metal
Carbon brushes
Rotor
Higher
Voltage regulator
Aluminum
8
High efficiency
False
Brown
PbSO4
One less than the negative plates
A battery having lead-calcium plate grid
The specific gravity of electrolyte remains the same
Magnetic pickup
initiate
True
False
conservation of mass b) conservation of energy
resistance
electrodes
False
False
False
1200RPM
air
Gun-powder
Petrol engine
Karl Benz
750
Wheel
Carbon particles
Ford
Steam engine
True
Cast iron
Due to the piston speed
Due to low-speed piston
Thermal expansion
Availability
Lithium-based gel
Opposite direction of current
Aluminum foil coated with graphite
Lithium carbide
60
Plastic
SHED test
Gravelometer testing
Ethane
8
Steel
Bending and torsional
Plain carbon steel
Anti-knock characteristics of alcohol are poor
To improve cold-weather starting
he 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 HC emission
NOx
NOx
False
Speed and power
10% ethanol + 90% gasoline
Detonating tendency
No HC and CO emissions
Reduction in the life of the engine and less power compared to gasoline
Alcohols have high self-ignition temperature and low latent heat of vaporization
Methane
80-100