ASVAB Automotive Information Practice Test 33764 Results

Your Results Global Average
Questions 5 5
Correct 0 3.61
Score 0% 72%

Review

1

Control arms connect a vehicle's suspension to the frame. The connection to the wheels is through:

71% Answer Correctly

knuckles

bushings

ball joints

pins


Solution

Control arms (upper and lower) connect a vehicle's suspension to the frame. The connection to the wheels is through ball joints which allow the control arms to turn and move up and down simultaneously. The frame connection uses bushings.


2

The primary purpose of the muffler is to:

75% Answer Correctly

reclaim unburned fuel

quiet exhaust

remove harmful gases from the exhaust

cool the exhaust


Solution

The muffler follows the catalytic converter and absorbs sound to help quiet load exhaust. It is followed by the exhaust pipe which is the final exit point for exhaust gas from the vehicle.


3

The intake ports on the cylinder heads is fed outside air via the:

67% Answer Correctly

intake control module

intake air pump

intake manifold

intake pressure regulator


Solution

The intake manifold distributes outside air to the intake ports on the cylinder heads. The intake air filter removes any airborne contaminants before the air enters the engine.


4

What is the large casing that contains the cylinders and many of the internal components of the engine?

82% Answer Correctly

chassis

engine block

manifold

transmission


Solution

The engine (or cylinder) block is the large casing that contains the cylinders and many of the internal components of the engine.


5

What cylinder arrangement would be most common in a four cylinder front-wheel drive vehicle?

66% Answer Correctly

inline

opposed

V-type

vertical


Solution

Cylinder number and arrangement depends on the purpose of the engine. Smaller (four and six cylinder) engines in front-wheel drive vehicles often use an inline design which orients cylinders vertically over the crankshaft and aligns them in a row. Other common orientations are a horizontal/opposed design which places cylinders flat facing each other with the crankshaft between them and a V-type design common in six and eight cylinder engines that features one cylinder head per block of cylinders oriented at a 60 to 90 degree angle to each other with the crankshaft at the bottom of the V.