Centripetal Force.

Slides:

Advertisements

Similar presentations

Circular Motion & Highway Curves

Advertisements

Dynamics of Circular Motion

Chapter 6: Force and Motion II. Newton’s Laws I.If no net force acts on a body, then the body’s velocity cannot change. II.The net force on a body is.

C H A P T E R 5 Dynamics of Uniform Circular Motion

Circular Motion and Other Applications of Newton’s Laws

Physics I Honors Specific Forces Centripetal Force.

CIRCULAR MOTION.

Uniform Circular Motion

Uniform Circular Motion (UCM) The object travels in a circular path with a constant speed. Its velocity is tangent to the circle and is changing due to.

Assume stopper is at constant 2 m/s. Is it accelerating. Does it have F net. What causes F net ? Direction of F net ? Direction of acceleration? Velocity.

Circular Motion Chapter 9. Content Objective Centripetal Acceleration Uniform circular motion - dynamics.

Chapter 5 Dynamics of Uniform Circular Motion. 5.1 Uniform Circular Motion DEFINITION OF UNIFORM CIRCULAR MOTION Uniform circular motion is the motion.

6-4 Connected Object The several objects tied together motion Separate these objects draw free body diagram: (1)Isolate the object (2)Draw the all external.

Circular Motion Part 2 By: Heather Britton. Circular Motion Part 2 According to Newton’s 2nd Law, an accelerating body must have a force acting on it.

C H A P T E R 5 Dynamics of Uniform Circular Motion.

Proportionality between the velocity V and radius r

Uniform Circular Motion Physics 12. Uniform Circular Motion object is moving at a constant speed but changing directions acceleration occurs due to direction.

Circular Motion: Forces. Centripetal Force All objects that experience circular motion experience a centripetal force.

Uniform circular motion and Universal Gravitation

Newton’s 2 nd Law Example with Angles! Consider a box of mass m being pulled across a rough horizontal floor with an applied force F A at 35 °. The coefficient.

Warm Up. Two blocks of mass m = 2 kg and M = 5 kg are hanging off a single pulley, as shown. Determine the acceleration of the blocks. Ignore the mass.

Uniform Circular Motion (UCM) The object travels in a circular path with a constant speed. Its velocity is tangent to the circle and is changing due to.

Visualizing Centripetal Force and Acceleration Centripetal Force – the force that causes an object to travel in a circular path Centripetal Acceleration.

Centripetal Force Copyright Sautter 2003.

A vs m, a vs 1/m, F vs m, F vs a F = ma F = am a = F(1/m ) F = ma F m

Uniform Circular Motion

More Centripetal Force Examples Answers

Assume stopper is at constant 2 m/s.

Chapter 5: Dynamics of Uniform Circular Motion

MIT C.P. PHYSICS CIRCULAR MOTION.

V = 20 m/s magnitude of the velocity vector.

Circular Motion 6.2 In this section you will:

Circular Motion 6.2 In this section you will:

Physics 2 – April 20, 2017 P3 Challenge – A kg block with an initial speed of 3.5 m/s is sliding on a level surface with a kinetic coefficient of.

Uniform Circular Motion

CIRCULAR MOTION.

AP Physics 1 Review Session 1

Do Now: 1. A toy car has a constant speed of 3 m/s around a small race track with a diameter of 6 meters. What is the centripetal acceleration? What direction.

Circular Motion; Gravitation

Circular Motion.

b. What is the coefficient of friction?

Circular Motion © David Hoult 2009.

Aim: How do we solve problems involving circular motion?

C H A P T E R 5 Dynamics of Uniform Circular Motion

Recall: Uniform Circular Motion

Using Newton’s Laws.

Circular Motion Physics 513.

Uniform Circular Motion

Uniform Circular Motion

More Centripetal Force Problems

TYPES OF MOTION.

Circular Motion Uniform circular motion: examples include

7.1 Uniform Circular Motion and & 7.2 Gravitation

What causes UCM?.

Uniform Circular Motion

Chapter-5: Circular Motion, the Planets, and Gravity

Uniform Circular Motion

Centripetal force is a force applied perpendicular to the motion of an object over a period of time, causing the object to move in a curve path. Depending.

Uniform circular motion

Uniform Circular Motion

Circular Motion & Highway Curves

Circular motion.

Uniform Circular Motion

Uniform Circular Motion

Centripetal Force and Banked Curves Chapter 5 Lesson 2

Circular Motion.

Presentations (Those who did not present before break)

Uniform Circular Motion

Rotation and Revolution

Uniform Circular Motion

Presentation transcript:

Centripetal Force

The Plot Thickens

Discussion Questions What are the reasons for plotting Fc = v ? Is there a mathematical relationship? If so, what is it? Is there a relation ship between Fc and mass? If so, what is it? Is there a relation ship between Fc and radius?

Centripetal Force Fc = (mv2)/r

Re-fining the Equation Displacement is circular so it is the circumference of the circle •Velocity is displacement over time •Acceleration is change in velocity over time

How does this relate to Newton’s 2nd Law?

A Sample to Try •A 13 500 N car traveling at 50.0 km/hr rounds a curve of radius 200 m. –Determine the centripetal acceleration of the car –Determine the centripetal force –

Solution The real answer is… the centripetal acceleration

How fast can I do the curve? What is the minimum coefficient of friction between the tires and the road so the car can round the curve safely?

Flat Curve

Banked Curve