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Worksheets

Auto Technology Chapter 29

Total questions: 100

Worksheet time: 59mins

Name
Class
Date
1.

A system within a vehicle designed to isolate the vehicle body from road bumps and vibrations.

a)

Suspension System

b)

Shroud

c)

Unibody construction

d)

Caster

e)

Yaw

2.

A steel or plastic cover placed over the shock rod.

a)

Suspension System

b)

Shroud

c)

Unibody construction

d)

Caster

e)

Yaw

3.

A construction style that uses the body sheet metal as the frame of the vehicle. Typically this type of construction uses small frame sections called sub-frames.

a)

Suspension System

b)

Shroud

c)

Unibody construction

d)

Caster

e)

Yaw

4.

The angle formed through the wheel pivot points when viewed from the side in comparison to a vertical line through the wheel.

a)

Suspension System

b)

Shroud

c)

Unibody construction

d)

Caster

e)

Yaw

5.

Movement of a vehicle around its z-axis (vertical axis) felt when the vehicle deviates from its straight path, as when skidding sideways and the rear comes around.

a)

Suspension System

b)

Shroud

c)

Unibody construction

d)

Caster

e)

Yaw

6.

Backward tilt of the wheel pivot points from the vertical line

a)

Positive caster

b)

Axle

c)

Rebound clip

d)

Elasticity

e)

Sintering

7.

The shaft of the suspension system to which the tires and wheels are attached; they are used to drive or support the wheels.

a)

Positive caster

b)

Axle

c)

Rebound clip

d)

Elasticity

e)

Sintering

8.

A metal strap that is warped around the leaf spring to prevent excessive flexing of the main leaf during rebound

a)

Positive caster

b)

Axle

c)

Rebound clip

d)

Elasticity

e)

Sintering

9.

The ability to deform and reform into the same shape

a)

Positive caster

b)

Axle

c)

Rebound clip

d)

Elasticity

e)

Sintering

10.

The process of using pressure and heat to bond metal particles.

a)

Positive caster

b)

Axle

c)

Rebound clip

d)

Elasticity

e)

Sintering

11.

The amount of spring extends (springs back) past its original length following compression.

a)

Oversoot

b)

Static toe

c)

Negative camber

d)

Thrust line

e)

Deflecting force

12.

A setting designed to compensate for slight wear in steering components that may cause the wheels to turn outward or inward while the vehicle is in motion.

a)

Oversoot

b)

Static toe

c)

Negative camber

d)

Thrust line

e)

Deflecting force

13.

Tilt of the top of the tire toward the centerline of the vehicle

a)

Oversoot

b)

Static toe

c)

Negative camber

d)

Thrust line

e)

Deflecting force

14.

The imaginary line drawn through the center of the rear axle.

a)

Oversoot

b)

Static toe

c)

Negative camber

d)

Thrust line

e)

Deflecting force

15.

A force that moves an object in a different direction or into a different shape.

a)

Oversoot

b)

Static toe

c)

Negative camber

d)

Thrust line

e)

Deflecting force

16.

A bar made of steel alloy that is fixed rigidly to the chassis at one end and the suspension control arm at the other to support the weight of a vehicle.

a)

Torsion bar

b)

Scrub radius

c)

Trailing arm suspension

d)

Suspension strut

e)

Independent suspension

17.

The distance between two imaginary points on the road surface-the point of center contact between the road surface and the tire, and the intersecting point where the steering axis centerline and the tire centerline contact the road surface.

a)

Torsion bar

b)

Scrub radius

c)

Trailing arm suspension

d)

Suspension strut

e)

Independent suspension

18.

A type of suspension system that uses upper and lower control arms.

a)

Torsion bar

b)

Scrub radius

c)

Trailing arm suspension

d)

Suspension strut

e)

Independent suspension

19.

A shock absorb-er designed to reduce spring oscillations.

a)

Torsion bar

b)

Scrub radius

c)

Trailing arm suspension

d)

Suspension strut

e)

Independent suspension

20.

A system for allowing the up and down movement of one tire without affecting the other tire on that axle

a)

Torsion bar

b)

Scrub radius

c)

Trailing arm suspension

d)

Suspension strut

e)

Independent suspension

21.

A force that moves an object in a different direction or into a different shape is known as a(n) _________.

a)

applied force

b)

reaction force

c)

deflecting force

d)

suspension force

22.

Parts of a vehicle that are not supported by the suspension system, including the wheels, tires, brakes, axles and steering and suspension parts not supported by springs are considered _________.

a)

unsprung mass

b)

free weight

c)

unsprung weight

d)

either a or c

23.

The force transferred from the tire contact patch through the axle housing is called ________.

a)

cornering force

b)

driving thrust

c)

reaction force

d)

roll

24.

Movement around the vehicle's y-axis, commonly felt during hard braking or fast acceleration , when the front of the vehicle noses down or rises up slightly, is called _______.

a)

yaw

b)

pitch

c)

roll

d)

oscillation

25.

When a spring deflects easily under a light load, but its resistance increases as the load increases, it is said to have a(n) ____________.

a)

progressive rate of deflection

b)

constant rate of deflection

c)

uniform pitch

d)

progressive pitch

26.

The rear of the multi-leaf is connected to the frame by a(n), ________which provides a link between the spring eye and a bracket on the frame.

a)

rigid spring hanger

b)

intermediate hook

c)

rebound clip

d)

swinging shackle

27.

The twisting force that is applied by anchoring one end of an object and then applying a twisting force to the other end is called_________.

a)

torsional load

b)

compression

c)

pitch

d)

deflection

28.

A(n) ______ consists of a flexible rubber bladder, which seals the outside of the upper and lower haves of the shock absorber.

a)

strut-type shock absorber

b)

air spring

c)

gas-pressurized shock absorber

d)

suspension strut

29.

The newest style of electronic adjustable shock uses a special type of fluid called _________ fluid that has the unique characteristic of changing viscosity when exposed to a magnetic field

a)

anisotropic fluid

b)

magnetic hydraulic

c)

magneto-rheological

d)

frequency

30.

In control arm applications, particularly at the rear of a vehicle, a rubber bushing may be molded with a voided section, this bushing is called a _____.

a)

rubber-bonded bushing

b)

spring shackle bushing

c)

gap toothed bushing

d)

compliance bushing

31.

What is another name for rigid-axle coil-springsuspension that uses two bars similar to a panhard rod and a pivot point on the axle to keep the axle from moving in turns?

a)

Watt's linkage

b)

Rigid nondrive axle suspension

c)

Trailing arm suspension

d)

Rear-wheel independent suspension

32.

Which of the following is an example of a computerized suspension system?

a)

Stepper motor actuated

b)

Solenoid valve actuated

c)

Electromagnetic rheological

d)

all of the above

33.

The side-toside vertical tilt of the wheel, viewed from the front of the vehicle and measured in degrees is called_____.

a)

caster

b)

camber

c)

alignment

d)

steering axis

34.

When a vehicle has _____, a line drawn through the steering axis centerline meets the road surface behind the vertical centerline of the wheel

a)

positive camber

b)

negative camber

c)

positive caster

d)

negative caster

35.

The distance between two imaginary points on the road surface is called ________.

a)

scrub radius

b)

steering offset

c)

scrub geometry

d)

all of the above

36.

If the camber line is outside of the steering axis inclination line, then it has _____

a)

negative offset

b)

zero scrub radius

c)

positive scrub radius

d)

toe-out on turns

37.

The condition in which the fronts of the wheels are closer together than the rears of the wheels is called _______

a)

toe-in

b)

toe-out

c)

static toe

d)

none of the above

38.

The _____ refers to the relationship between the centerline of the vehicle and the angle of the rear tires

a)

thrust line

b)

thrust angle

c)

turning radius

d)

Ackermann angle

39.

The amount of distance between the ground and a specified part of the vehicle such as the fender well, upper control arm, or rocker panel is called _________.

a)

clearance

b)

setback

c)

ride height

d)

camber

40.

What type of alignment is outdated and almost never performed on modern vehiccles?

a)

front-end two-wheel alignment

b)

Thrust-angle alignment

c)

Four-wheel alignment

d)

None of the above

41.

Preventing or reducing oscillations is called dampening.

a)

true

b)

false

42.

Pitch is vehicular movement along its x-axis. It is the rolling motion you feel when making a sharp corner and is generally what causes rollovers.

a)

true

b)

false

43.

All front-wheel drive vehicles are of the full-frame chassis design.

a)

true

b)

false

44.

The pitch of a spring is the distance from the center of one coil to the center of the adjacent coil; if they are evenly spaced it is called uniform pitch.

a)

true

b)

false

45.

The longest leaf is called the main leaf and is rolled at both ends to form spring eyes; they are used to mount the spring to the frame of the vehicle.

a)

true

b)

false

46.

Leaf springs can be used across the chassis frame in a trailing arm suspension, or as part of the connecting link between two axle assemblies on a semi-rigid axle beam.

a)

true

b)

false

47.

In full-floating axles, the axle bearing is placed on the outside of the axle housing.

a)

true

b)

false

48.

The most widely used hydraulic shock absorber is the direct-acting telescopic type.

a)

true

b)

false

49.

Electronic adjustable-rate shock absorbers are also called self-leveling shock absorbers.

a)

true

b)

false

50.

Typically straight pieces of steel used to either transfer motion or prevent motion within a vehicle's suspension system are called control arms.

a)

true

b)

false

51.

Rubber-bonded bushings are normally used for the front eye of the spring at the fixed shackle point, and also in control arm applications.

a)

true

b)

false

52.

A solid axle is a nonindependent suspension because the wheels on both sides of the axle are connected together.

a)

true

b)

false

53.

MacPherson strut suspneion can be used on either the front or the rear of the vehicle.

a)

true

b)

false

54.

The primary reason that the short-/long-suspension system was designed was to ensure crrect wheel alignment as the vehicle corners.

a)

true

b)

false

55.

Most twin I-beam systems use a coil spring to support the weight of the vehicle.

a)

true

b)

false

56.

Rear-wheel suspension systems can be of the independent or nonindependent design.

a)

true

b)

false

57.

A wheel that leans away from the center of the vehicle at the top is said to have negative camber.

a)

true

b)

false

58.

If the camber line is outside of the SAI line, then it has positive offset or positive scrub radius.

a)

true

b)

false

59.

The Ackermann angle is the angle the steering arms make with the steering axis, projected toward the center of the rear-axle.

a)

true

b)

false

60.

Setback is an alignment angle that is not adjustable but that allows the technician to diagnose the vehicle.

a)

true

b)

false

61.

When a tire hits an obstruction, there is a _________ _________ meaning the tire will move in response to the force applied by the obstruction.

a)

reaction force

b)

Oscillation

c)

Cornering

d)

full-frame

e)

coil spring

62.

______ refers to the fluctuating of an object between two states, basically meaning the spring compresses and rebounds over and over again.

a)

reaction force

b)

Oscillation

c)

Cornering

d)

full-frame

e)

coil spring

63.

______ force refers to the lateral movement of the axle housing during turning.

a)

reaction force

b)

Oscillation

c)

Cornering

d)

full-frame

e)

coil spring

64.

In _______ _________ construction, the frame and vehicle body are separately constructed pieces

a)

reaction force

b)

Oscillation

c)

Cornering

d)

full-frame

e)

coil spring

65.

A ______ is made from a single length of special wire, which is heated and wound on a former to produce the required shape

a)

reaction force

b)

Oscillation

c)

Cornering

d)

full-frame

e)

coil spring

66.

A bar similar to the torsion bar is the ______ ______, or antiroll bar.

a)

sway bar

b)

stops

c)

damper rate

d)

wishbone

e)

spring shackle

67.

If the suspension reaches its limit of travel, rubber _______ prevent direct metal-to-metal contact, thereby reducing jarring of the suspension components.

a)

sway bar

b)

stops

c)

damper rate

d)

wishbone

e)

spring shackle

68.

A manual adjustable-rate shock absorber has a manual, external _______ ________ adjustment.

a)

sway bar

b)

stops

c)

damper rate

d)

wishbone

e)

spring shackle

69.

The A-arm control arm is sometimes referred to as a ________ control arm, a relatively flat triangular part that mounts to the frame or subframe at each leg of the A.

a)

sway bar

b)

stops

c)

damper rate

d)

wishbone

e)

spring shackle

70.

___________ bushings can be molded to form two halves, to fit into each side of the spring eye on the swinging shackle, which is located on the vehicle frame.

a)

sway bar

b)

stops

c)

damper rate

d)

wishbone

e)

spring shackle

71.

A(n) ____________ allows the wheel on each side of the axle to move up and down independently of each other

a)

Independent suspension

b)

shock absorber

c)

panhard rod

d)

drive shafts

e)

Adaptive air

72.

In strut suspension systems, the _____________ _____________ is contained inside the strut.

a)

Independent suspension

b)

shock absorber

c)

panhard rod

d)

drive shafts

e)

Adaptive air

73.

Also referred to as a track bar, a(n) __________ __________ is contained inside the strut.

a)

Independent suspension

b)

shock absorber

c)

panhard rod

d)

drive shafts

e)

Adaptive air

74.

On rear-wheel drive vehicles with independent rear suspension, drive is transmitted to each wheel by external ____________ ________________

a)

Independent suspension

b)

shock absorber

c)

panhard rod

d)

drive shafts

e)

Adaptive air

75.

______________ _____________ suspension is an electronically controlled air suspension system at all four wheels with a continuously adaptive dampening system.

a)

Independent suspension

b)

shock absorber

c)

panhard rod

d)

drive shafts

e)

Adaptive air

76.

Wheels are positioned on the suspension at certain angles to provide for easy driving of the vehicle. These angles, taken together, determine the vehicle's __________________ ____________

a)

wheel alignment

b)

shock absorber

c)

panhard rod

d)

drive shafts

e)

Adaptive air

77.

The angle formed between the steering axis inclination and the camber line is called the _______________ _______________.

a)

wheel alignment

b)

included angle

c)

panhard rod

d)

drive shafts

e)

Adaptive air

78.

______ _____________ on turns is the relative toe setting of the front wheels as the vehicle turns.

a)

wheel alignment

b)

included angle

c)

Toe-out

d)

drive shafts

e)

Adaptive air

79.

The _______ _______ is a geometric alignment of linkages in a vehicle's steering such that the wheels on the inside of a turn are able to move in a different circle radius than the wheels on the outside.

a)

wheel alignment

b)

included angle

c)

Toe-out

d)

Ackermann principle

e)

Adaptive air

80.

______ ______ is a measure of how small a circle the vehicle can turn in when the steering wheel is turned to the limit.

a)

wheel alignment

b)

included angle

c)

Toe-out

d)

Ackermann principle

e)

Turning radius

81.
Name this part.
a)
Leaf spring
b)
Coil spring
c)
Torsion spring
d)
Twisty spring
82.
Name this part.
a)
Spring
b)
Damper
c)
Knuckle
d)
Rack and Pinion
83.
Name this part.
a)
Sway bar link
b)
Flex coupling
c)
Driveshaft
d)
Rack and Pinion
84.
Name this part.
a)
Arch spring
b)
Leaf spring
c)
Coil spring
d)
Macphearson spring
85.
Name this part.
a)
Tie rod end
b)
Ball joint
c)
Idler arm
d)
Pitman arm
86.
Name this part.
a)
Control arm
b)
Sway arm
c)
Control Bar
d)
Sway bar
87.
Name this part.
a)
Ball joint
b)
Tie rod end
c)
Wheel bearing
d)
Strut
88.
Name this part.
a)
Pitman arm
b)
Idler arm
c)
Tie rod end
d)
Control arm
89.
Name this part.
a)
Macphearson strut
b)
Leaf spring
c)
Control arm
d)
Sway bar link
90.
Name this part.
a)
Pitman arm
b)
Idler arm
c)
Control arm
d)
Tie rod end
91.
Name this component
a)
Ball joint
b)
tie rod end
c)
control arm 
d)
socket
92.
Name this component
a)
radius arm
b)
control arm
c)
strut
d)
steering rack
93.
Name this component 
a)
Strut
b)
shock
c)
coil spring 
94.
Name this component
a)
control arm
b)
sway bar 
c)
steering knuckle 
95.
Technician A says a vehicle will pull to the side with the most positive camber. Technician B says that too much negative camber will result in excessive wear on the inside tread of the tire. Who is correct?
a)
Technician A only
b)
Technician B only
c)
Both Technician A and B
d)
Neither Technician A nor B
96.
Two technicians are discussing inner and outer tie rods. Technician A says to turn the outer tie rod end to adjust the toe. Technician B says loose inner tie rod ends will cause a tire to feather. Who is correct?
a)
Technician A only
b)
Technician B only
c)
Both Technician A and B
d)
Neither Technician A nor B
97.
On cold mornings, the warning lamp on a vehicle with a TPMS tire pressure monitoring system stays illuminated for several minutes before it goes out. Which of these is MOST likely the cause of this condition.
a)
Clogged TPMS sensor.
b)
Worn tread on one of the tires.
c)
TPMS initialization.
d)
Low tire pressure.
98.
Two technicians are performing a power steering pressure test. Technician A says a restriction in the high pressure line results in higher than normal test results. Technician B says if the pressure increases when the shutoff valve is closed, there's a problem with the power steering pump. Who is correct?
a)
Technician A only
b)
Technician B only
c)
Both Technician A and B
d)
Neither Technician A nor B
99.
A vehicle with a ribbed serpentine belt makes a chirping noise when starting. Technician A says to check the belt with a belt wear gauge. Technician B says proper belt deflection is 1/2 inch per foot of belt span. Who is correct?
a)
Technician A only
b)
Technician B only
c)
Both Technician A and B
d)
Neither Technician A nor B
100.
Two technicians are discussing the toe setting of a front wheel drive vehicle with four wheel independent suspension. The right rear wheel is 1.5 degrees toe-in from specifications. Technician A says to set the front toe on this vehicle before correcting the rear. Technician B says the right rear wheels toe setting is 1.5 degrees positive (+). Who is correct?
a)
Technician A only
b)
Technician B only
c)
Both Technician A and B
d)
Neither Technician A nor B