Tag: Rotational Dynamics

Rotational Motion Background Documents

Welcome to the 2021-22 AH Physics course. Another year, another journey together. I hope you feel that this site meets your requirements and that you can find the materials that you need.

Check out MrStewart’s YouTube channel for some great clear explanations from this course.

https://youtube.com/playlist?list=PLuzo1XZjZIcU-oAfUZtE8eWoPN92GCt_q

Higher Revision

1 Jumper and building Answers

1b Mechanics Learning Outcomes 1 Questions

1b Mechanics Learning Outcomes 1 Answers

2a Flea soln

2b Linear motion

differentiation and integration in Linear Motion

1 calculus intro 2020 wordDownload
1 calculus intro 2020 pdfDownload
AH-Differentiate-Integrate pppDownload
AH-Differentiate-Integrate pdfDownload
1-calculus-intro-2020-ANSWERSDownload

1c homework on differentiation

1c differentiation answers

Tutorial Questions

RMA-726390 A set of Problem Solving Questions based on the original HSDU material by Andrew McGuigan, in pdf format

RMA 726390 A  set of Problem Solving Questions based on the original HSDU material by Andrew McGuigan, in word format

Rotational Motion

ROTATIONAL MOTION additional video supportDownload
AH-Angular-Motion powerpoint presentationDownload
AH-Angular-MotionDownload
ah-rotational-motion-summary-notes-and-problems-2013Download

2 Circular Motion_2

3 uncertainties answers

Gravity Wells in infographics!

https://xkcd.com/681_large/

Gravitational Waves

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December 2020

Virtual AH

Using John Sharkey’s Flash Learning Virtual CfE Advanced Higher Physics these videos cover all of the unit Rotational Motion and Astrophysics. Note there have been a few changes to the Course Specifications since these were produced.

Here are some of the recordings from Virtual Flash Learning for the Rotational Motion Section. Turn off the volume if you dont want to hear from me.

AH Kinematic Relationships using the Virtual Physics

Angular Momentum-

This one has audio but you can switch it off.

Angular Motion

Rotational Dynamics

Gravitation

Space and Time

Stellar Physics

Note in the Stellar Physics video the equation for Apparent Brightness has now been changed see below

Apparent Brightness where d is the distance from the star to Earth
The thermal energy radiated by a blackbody radiator per second per unit area. This only works for Black Bodies, for other bodies the emissivity must be included. You will only be asked about black bodies in your AH exam.

Luminoscity, where r is the radius of the star.
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December 2020
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