Circular Motion Chapter 9.1-9.2.

Slides:

Advertisements

Similar presentations

Physics Chapter 13 Section 13.1 & 13.2 Why riders in a rotating carnival ride not fall out when the platform is raised? (see page 175) Spinning gives.

Advertisements

 The point or line that is the center of the circle is the axis of rotation.  If the axis of rotation is inside the object, the object is rotating (spinning).

Chapter 10 CIRCULAR MOTION

Chapter 8: Rotational Kinematics Lecture Notes

Bung on a String with a partner work out the forces acting on the bung - what happens to the bung when you release it at each point around the circle?

Circular Motion.

Chapter 7 Circular motion and Gravitation Circular Motion -Any object revolving around a single axis undergoes circular motion. Tangential speed(vt)- the.

Uniform Circular Motion Physics 6A Prepared by Vince Zaccone For Campus Learning Assistance Services at UCSB.

Welcome to Jeopardy! Please raise your hand to answer. An answer must be in the form of a question. Each correct answer is worth five extra credit points.

Chapter 7 Rotational Motion & Law of Gravity

Can you explain the physics behind the pizza dough twirl & spin?

KD4 Projectile and Circular Mechanics Chapter 3; Chapter 9.

1 Chapter (6) Circular Motion. 2 Consider an object moving at constant speed in a circle. The direction of motion is changing, so the velocity is changing.

Rotational Motion Comparison of Angular Motion with One-dimensional Horizontal Motion Distance traveled is replaced by the angle traveled around the circle.

Uniform Circular Motion. Motion in a Circle Revolution: If entire object is moving in a circle around an external point. The earth revolves around the.

Circular Motion Chapter 9. Circular Motion Axis – is the straight line around which rotation takes place. Internal Axis - is located within the body of.

CIRCULAR MOTION Mr. Theuerkauf.

How do you relate the angular acceleration of the object to the linear acceleration of a particular point? There are actually two perpendicular components.

Derivation of this formula is found in chapter 7 section 3. Also remember that circular motion involves acceleration and therefore there is a net force.

Copyright © 2004 S. B. Egliwww.stuegli.com Created by Mr. Egli September 2004

 Rotation – object spinning around an internal axis. Ex: a spinning top  Revolution – object spinning around an external axis. Ex: Earth moving around.

CIRCULAR MOTION. Linear Motion d – distance (in meters) v – velocity (in meters/second) a – acceleration (in meters/second 2 ) Distance = 2  r.

CIRCULAR MOTION. WHAT IS UNIFORM CIRCULAR MOTION The motion of an object in a circle at constant speed. However, direction and therefore velocity are.

Circular Motion. Demo 1: Newtonian Mountain Newton's Cannon on a Mountain Newton's Cannon on a Mountain What force causes circular motion? What happens.

CONCEPTUAL PHYSICS Circular Motion.

Circular Motion A brief intro.. Uniform Circular Motion UCM is the movement of an object or particle trajectory at a constant speed around a circle with.

10 Circular Motion Centripetal force keeps an object in circular motion.

Conceptual Physics Notes on Chapter 9 CircularMotion.

Circular Motion. Rotating Turning about an internal axis Revolving Turning about an external axis.

Circular Motion = the movement of an object at constant speed around a circle with fixed radius Axis – straight line around which rotation takes place.

Circular Motion (Chapter 9).

Gravitation. Gravitational Force the mutual force of attraction between particles of matter Newton’s Law of Universal Gravitation F g =G(m 1* m 2 /r 2.

Circular Motion Chapter 9 in the Textbook Chapter 6 is PSE pg. 81.

 Rotation – when an object turns about an internal axis.  Think of this as spinning  Revolution – when an object turns about an external axis.  Think.

Chapter 9 Circular Motion. Axis – Central point around which rotation occurs (axis) (fulcrum) Rotation – occurs when an object turns about an internal.

Unit 6: Circular Motion Consider a Ferris wheel. ◦ The cars are in circular motion because they revolve about a single axis. ◦ The line about which the.

Chapter 9 Circular Motion. Axis: The straight line about which rotation takes place Rotation: Spin, when an object turns about an internal axis Revolution:

Conceptual Physics Chapter 10

Circular Motion Things that Travel in a CIRCLE!!.

Concept Summary. Circular Motion Terms  The point or line that is the center of the circle is the axis of rotation.  If the axis of rotation is inside.

Uniform circular motion is the motion of an object traveling at a constant speed on a circular path. Uniform Circular Motion.

Circular Motion. Rotation vs. Revolution Rotation – when an object turns about an internal axis. – Think of this as spinning Revolution – when an object.

Alta High Conceptual Physics Chapter 9 Circular Motion.

Chapter 4 Kinematics in 2 Dimensions. Separate Components of Velocity.

Circular Motion. Rotating Turning about an internal axis Revolving Turning about an external axis.

Circular Motion. Two types of Spin Rotation occurs when object spins around internal axis that is attached to object. – E.g. Merry-go-round, rotating.

Circular Motion Physics 1 Prepared by Vince Zaccone

Figure shows a car moving in a circular path with constant linear speed v. Such motion is called uniform circular motion. Because the car’s.

Centripetal force keeps an object in circular motion.

Circular Motion 2D Forces and Motion.

Circular Motion Chapter 9.

Circular Motion.

Uniform Circular Motion

Uniform Circular Motion

Circular Motion Chapter 7, Section 3.

Circular Motion.

Notes 6.2: Circular Motion

Circular Motion.

Chapter 7 Objective Solve problems involving centripetal acceleration.

Uniform Circular Motion

Circular Motion Unit

Circular Motion.

Circular Motion.

Circular Motion Standard 9.

Chapter 9 Circular Motion.

Chapter 9 Circular Motion.

Circular Motion Chapter 10.

Circular Motion An object that revolves about a single axis undergoes circular motion. The axis of rotation is the line about which the rotation occurs.

Circular Motion.

Presentation transcript:

Circular Motion Chapter 9.1-9.2

Rotation Spin around an internal axis Earth rotates around an axis

Revolution When an object turns around an external axis Example: Planets revolve around the sun.

Circular Motion Rotational Speed Linear (Tangential) speed Number of rotations per minute Linear (Tangential) speed speed of an object moving along the circular path

At the center of the rotating circle, linear (tangential) speed is zero But there is a rotational speed.

The rotational speed at points A and B are the same (they will have the same number of rotations per minute) Linear (tangential) speed is dependent on distance from center and rotational speed

If the car on the outside is twice the distance from the center of the circular track than the car on the inside than its linear speed is twice that of the inner car.

Circular Motion & Acceleration? If an object has uniform circular motion (constant linear and tangential speed) does it have acceleration?

Since the acceleration is dependent on both speed (which is constant) and direction, uniform circular motion always has acceleration.