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Contents
- Whole Topic Notes
- 1A Angular Speed
- 1B Acceleration of an Object Moving on a Horizontal Circular Path
- 1C Three-Dimensional Problems with Objects Moving in Horizontal Circles
- 1D Objects Moving in Vertical Circles*
- 1E Objects Not Constrained on a Circular Path*
- Whole Topic Summary Resources (Including Past Paper Questions)
Whole Topic Notes
Full Notes to Accompany Examples
Dr Frost
- Dr Frost Further Mechanics 2 Circular Motion Section
- Dr Frost Further Mechanics 2 Circular Motion Slides
1A Angular Speed
Textbook resources
FMSP Video Courtesy of MEI
Dr Frost resources
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Key Skills
Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost
1B Acceleration of an Object Moving on a Horizontal Circular Path
Textbook resources
FMSP Video Courtesy of MEI
Dr Frost resources
No Live Lesson Video Yet
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Key Skills
Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost
- 890a: Relate acceleration and angular velocity of a particle with horizontal circular motion (no forces).
- 890b: Relate acceleration and velocity of a particle with horizontal circular motion (no forces).
- 890c: Solve problems involving circular motion of a particle on a rough horizontal surface.
- 890: Exam Practice: Horizontal circular motion
Worksheets
1C Three-Dimensional Problems with Objects Moving in Horizontal Circles
Textbook resources
FMSP Video Courtesy of MEI
Dr Frost resources
No Live Lesson Video Yet
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Key Skills
Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost
- 890d: Solve problems involving circular motion of a conical pendulum.
- 890f: Solve problems involving horizontal circular motion of a particle attached to two strings.
- 890g: Solve problems involving a particle on a smooth banked slope.
- 890h: Solve problems involving minimum or maximum velocity of a particle on a rough banked slope.
- 890: Exam Practice: Horizontal circular motion
1D Objects Moving in Vertical Circles*
Textbook resources
FMSP Video Courtesy of MEI
Dr Frost resources
No Live Lesson Video Yet
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Key Skills
Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost
- 892a: Determine the speed of a particle, attached to a rod, initially at rest, at the lowest point of a vertical circular path.
- 892b: Determine the tension in a rod attached to a particle, initially at rest, at the lowest point of a vertical circular path.
- 892c: Determine the tension in a rod attached to a particle, projected with initial speed, at the lowest point of a vertical circular path.
- 892d: Determine the speed of a particle on the end of a rod at a given angle of vertical circular motion.
- 892e: Determine the initial speed required for a particle on the end of a rod for it to complete a full circle in vertical circular motion.
- 892f: Determine the initial speed required for a particle on the end of an inextensible string for it to complete a full circle in vertical circular motion.
- 892: Exam Practice: Vertical circular motion
Worksheets
1E Objects Not Constrained on a Circular Path*
Textbook resources
FMSP Video Courtesy of MEI
Dr Frost resources
No Live Lesson Video Yet
Download Slides
Key Skills
Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost
- 892g: Determine the height or angle a particle attached to an inextensible string, in vertical circular motion, becomes slack.
- 892h: Determine the maximum height of a particular attached to an inextensible string, initially in circular motion but where the string becomes slack.
- 892i: Determine the angle relative to the centre of a hemisphere when a particle sliding down it leaves the surface.
- 892j: Determine the distance from the centre of a hemisphere that a particle initially sliding down it hits the ground.
- 892: Exam Practice: Vertical circular motion