Mixtures can be classified into three types:
This is according to how they combine and can be separated. Suspension mixtures have larger solute particles, colloidal mixtures have much smaller particles, and particles in a solutions completely dissolve into the solvent.
Specifically, the suspension system maximizes the friction between the tires and the road to provide steering stability and good handling. Worn suspension components may reduce the stability of the vehicle and reduce driver control, as well as accelerate wear on other suspension system components.
Your car's suspension system is a protective network of shock-absorbing components such as springs and shock absorbers. Your car's suspension helps ensure you drive safely and smoothly by absorbing the energy of various road bumps and other kinetic shocks. It also helps your tires stay in contact with the road by increasing tire friction.
Think of your car's suspension as a kind of sledge on which the car's main cabin sits. Your cabin will be more comfortable because it sits on the suspension that is connected to the wheels of the car. The vehicle and its cabin are insulated against bumps that are common while driving, even on well-paved roads.