Double Wishbone Suspension System Quiz

What is the main aim of the study discussed in the article?

• To discuss the designing and analysis of double wishbone suspension system

• To analyze the fuel efficiency of vehicles

• To evaluate the impact of electric vehicles

• To compare different types of engines

Which component is NOT part of a suspension system?

• Tires

• Dampers

• Springs

• Brakes

What does the term 'camber' refer to in suspension systems?

• The distance between the wheels

• The angle between the wheel and the vertical axis

• The type of spring used

• The weight distribution of the vehicle

What is the purpose of the caster angle in a vehicle's suspension?

• To reduce vehicle weight

• To enhance directional stability

• To improve fuel efficiency

• To increase tire wear

Which type of suspension system is commonly used in sports cars?

• Solid axle suspension

• Leaf spring suspension

• Double wishbone suspension

• MacPherson strut

What is the role of the roll center in a suspension system?

• To control engine performance

• To measure tire pressure

• To define the point about which the vehicle rolls during cornering

• To determine the vehicle's speed

What does 'toe' refer to in vehicle alignment?

• The stiffness of the suspension springs

• The angle of the wheels in relation to the vehicle's centerline

• The distance between the front and rear axles

• The height of the vehicle from the ground

Which of the following is a characteristic of double wishbone suspension?

• It requires more maintenance than other systems

• It is primarily used in heavy trucks

• It provides superior dynamic characteristics

• It has a simpler structure than other systems

What is the significance of the spring rate in a suspension system?

• It determines the vehicle's color

• It influences the braking distance

• It affects the vehicle's ride height and comfort

• It controls the engine temperature

What type of suspension is described as having both stiffer and softer spring rates?

• Linear spring

• Progressive rate spring

• Constant rate spring

• Variable rate spring