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  1. Dynamics
  2. Centripetal Acceleration and Circular Motion
  3. Banked Curves
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Force and Newton's Law of Motion
Applications of Newton's Laws of Motion
Frictional Forces
Centripetal Acceleration and Circular Motion
Centripetal Acceleration
Frequency, Period and Velocity
Centripetal Acceleration of Revolving Object Example
Centripetal Acceleration of the Moon Example
Centrifugation
Centripetal and Centrifugal Force
Vertical Circular Motion
Normal Force on Ferris Wheel
Conical Pendulum
Unbanked Curves
Banked Curves
Tangential Acceleration and Nonuniform Circular Motion
Drag Force and Terminal Velocity
Drag Force and Velocity Equation Derivation
Uniform Circular Motion Example # 1
Uniform Circular Motion Example # 2
Law of Universal Gravitation and Kepler's Law

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Banked Curves

Content Provider AK Lectures
Description A banked curve is a curve that has its surface at angle with respect to the ground on which the curve is positioned. The reason for banking curves is to decrease the moving object's reliance on the force of friction. On a curve that is not banked, a car traveling along that curve will experience a force of static friction that will point towards the center of the circular pathway circumscribed by the moving car. This frictional force will be responsible for creating centripetal acceleration, which in turn will allow the car to move along the curve. On a banked curve however, the normal force acting on the object (such as a car) will act at an angle with the horizontal, and that will create a component normal force that acts along the x axis. This component normal force will now be responsible for creating the centripetal acceleration required to move the car along the curve. Therefore, for every single angle, there exists a velocity for which no friction is required at all to move the object along the curve. This means that the car will be able to turn even under the most slippery conditions (ice or water).
Language English
Access Restriction Open
Subject Keyword Classical Physics reason reliance surface curve center pathway ground conditions acts decrease
Content Type Video
Educational Role Teacher Student
Educational Use Self Learning Lecture Reading
Resource Type Video Lecture
Education Level Under Graduate
Subject Classical mechanics; solid mechanics
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