How Fast Can a Car Take a Curve? Three Different Road Types
Offered By: Dot Physics via YouTube
Course Description
Overview
Explore the physics behind a car's maximum speed on curved roads in this 23-minute video lecture. Analyze three scenarios: a flat curve, a banked curve, and a vertical wall. Learn how to calculate the top speed for a 2000 kg car navigating a 30-meter radius curve with a static friction coefficient of 0.3. Discover the impact of road geometry on vehicle dynamics, starting with a flat surface, progressing to a 10-degree banked curve, and concluding with the extreme case of a vertical wall. Gain insights into the interplay between mass, friction, centripetal force, and banking angle in determining a vehicle's cornering capabilities.
Syllabus
- Intro
- Flat curve
- Banked curve
- Vertical Wall
Taught by
Dot Physics
Related Courses
Economics of Money and Banking, Part OneColumbia University via Coursera An Introduction to Credit Risk Management
Delft University of Technology via edX Banking and Financial Markets: A Risk Management Perspective
Indian Institute of Management Bangalore via edX Financial Institutions and Markets
University of Michigan via edX Finanza per tutti
Politecnico di Milano via Polimi OPEN KNOWLEDGE