A.improved cold weather starting
B.excessive fuel oil consumption
C.reduced ignition lag
D.smoother engine operation

A.indicates the amount of abrasive material in the fuel
B.affects the starting ability of a cold engine
C.determines the amount of fuel penetration engine
D.affects the compression ratio of an operating engine

A.dial indicator
B.outside caliper
C.bridge gauge
D.tram rod

A.telescoping
B.ring ‘snap’ gauge
C.inside vernier caliper
D.outside micrometer

A.cetane number
B.volatility point
C.viscosity index
D.octane number

A.specific gravity
B.cetane number
C.viscosity
D.calorific valve

A.Leaking seal ring
B.Insufficient heat transfer from the exhaust valves
C.Block cooling water passages to the head
D.Excessive scavenging air provided to the engine

A.ignition quality of the fuel
B.calorific value of the fuel
C.flash point of the fuel
D.rate of fuel consumption

A.Viscosity
B.acid content
C.heating value
D.ignition quality

A.Viscosity
B.Sulfur content
C.Pour point
D.Cetane number

A.Exhaust energy would draw excess air
B.The inertia of the turbocharger rotor causes a time lag which delays the turbocharger speed increase
C.Exhaust gas pumping losses are increased due to turbine windage
D.Exhaust gas back pressure falls slightly due to increased nozzle action