BASIC VEHICLE TECHNOLOGIES 2:
SUSPENSION/STEERING AND
CHASSIS EXAM QUESTIONS AND
ANSWERS 100% PASS
Welcome to the Basic Vehicle Technologies 2: Suspension/Steering and
Chassis eLearning and certification test. This course is based on a series of
topics from the Virtual Academy Systems Encyclopedia. - ✔✔Suspension
Systems: Suspension Design, Handling Characteristics
Suspension Components: Shock Absorbers, Stabilizer Bars, Soft-Mount
Suspension Subframes
Suspension Designs: Independent Multi-link Suspension, Independent
Strut Front Suspension
1
100% Pass Guarantee Katelyn Whitman, All Rights
, Steering Systems: Power Steering, Rack-and-Pinion Steering, Electrically
Driven Hydraulic Power Steering, Electric Power-assisted Steering
Advanced Handling Technologies: Active Understeer Control, Active
Trace Control, Active Ride Control
Chassis Design: Chassis Philosophy, Structural Rigidity; Noise, Vibration,
and Harshness; Front Midship (FM) Platform
Body Construction: Unibody Construction, Body-on-Frame Construction,
Utili-track System
What's the purpose of benchmarking in the vehicle manufacturing process?
- ✔✔1. Identify competitive strengths and weaknesses of competitive
vehicles.
2. Manufacturers set standards by which they will judge their own new
vehicle.
What three functions should tire tread design provide on a wet surface? -
✔✔1. Provide the actual grip.
2
100% Pass Guarantee Katelyn Whitman, All Rights
SUSPENSION/STEERING AND
CHASSIS EXAM QUESTIONS AND
ANSWERS 100% PASS
Welcome to the Basic Vehicle Technologies 2: Suspension/Steering and
Chassis eLearning and certification test. This course is based on a series of
topics from the Virtual Academy Systems Encyclopedia. - ✔✔Suspension
Systems: Suspension Design, Handling Characteristics
Suspension Components: Shock Absorbers, Stabilizer Bars, Soft-Mount
Suspension Subframes
Suspension Designs: Independent Multi-link Suspension, Independent
Strut Front Suspension
1
100% Pass Guarantee Katelyn Whitman, All Rights
, Steering Systems: Power Steering, Rack-and-Pinion Steering, Electrically
Driven Hydraulic Power Steering, Electric Power-assisted Steering
Advanced Handling Technologies: Active Understeer Control, Active
Trace Control, Active Ride Control
Chassis Design: Chassis Philosophy, Structural Rigidity; Noise, Vibration,
and Harshness; Front Midship (FM) Platform
Body Construction: Unibody Construction, Body-on-Frame Construction,
Utili-track System
What's the purpose of benchmarking in the vehicle manufacturing process?
- ✔✔1. Identify competitive strengths and weaknesses of competitive
vehicles.
2. Manufacturers set standards by which they will judge their own new
vehicle.
What three functions should tire tread design provide on a wet surface? -
✔✔1. Provide the actual grip.
2
100% Pass Guarantee Katelyn Whitman, All Rights
