What is a mid-engine layout in a car?
Q: What is a mid-engine layout in a car?
A: A mid-engine layout refers to the placement of an automobile engine between the front and rear axles.
Q: What does the physics term "moment of inertia" refer to in cars?
A: "Moment of inertia" in cars refers to how difficult it is to turn a moving object.
Q: What is torque steer in a front-wheel drive car?
A: Torque steer is the pull of the car to one side during acceleration, as the drive wheels also have to steer the car in a front-wheel drive car.
Q: What is oversteer in a front-wheel drive car?
A: Oversteer in a front-wheel drive car occurs when the vehicle turns more sharply than expected in a corner, resulting from the front-wheel drive mechanism.
Q: Why does a front engine rear-wheel drive car have a higher moment of inertia than a mid-engine car?
A: A front engine rear-wheel drive car has a higher moment of inertia compared to a mid-engine car due to its weight distribution and engine placement.
Q: What are the advantages of a mid-engine layout in a car?
A: The advantages of a mid-engine layout in a car include better weight distribution and a lower moment of inertia compared to other layouts.
Q: What is the main disadvantage of a mid-engine layout?
A: The main disadvantage of a mid-engine layout in a car is that the engine takes up much less space for passengers and cargo.
