Prior Content:
Previous Section: Time-Series Graphs
Next Section: Forces & Connected Particles
Contents
*Note I have split this chapter of the book in two sections, but some PPQs will require knowledge of Time-Series Graphs (Previous Section)
- Whole Topic Notes
- 9C & D The SUVAT Equations
- 9E Movement Under Gravity
- Whole Topic Summary Resources (Including Past Paper Questions)
Whole Topic Notes
Download Full Topic Slides
- Textbook Notes as PPTs (Courtesy of Owen134866)
- Textbook Notes as PPTs – Including Time-Series Section (Courtesy of Owen134866)
Full Notes to Accompany Slides
Word Doc (Full notes with Time-Series and SUVAT as one Section)
PDF (Full notes with Time-Series and SUVAT as one Section)
Word Doc (Full notes with Time-Series and SUVAT as two Sections)
PDF (Full notes with Time-Series and SUVAT as two Sections)
Dr Frost
- Dr Frost Constant Acceleration Section
- Dr Frost Mechanics Constant Acceleration Slides
- Blank Notes to Follow Slides Word Doc or PDF (Courtesy of King’s Chester Maths Department)
- Blank Notes to Follow Slides Including Time-Series Word Doc or PDF (Courtesy of King’s Chester Maths Department)
Acute Learning Whole Chapter Problem Pairs
9C & D The SUVAT Equations
Textbook resources
Courtesy of Owen134866 and Haberdashers’ Adams Maths Dept.
Dr Frost resources
Bicen Maths Live Lesson
Live Lesson Using Dr Frost Based Slides Courtesy of Bicen Maths
Download Blank Notes
(Courtesy of King’s Chester Maths Department)
Download Slides
Topic Tests
Extra Questions
- Dr Frost Questions (MCQs Select Correct Formula)
- Dr Frost Questions
Key Skills
Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost
- 545 Use the constant acceleration formula v=u+at.
- 546 Use the constant acceleration formula s=(1/2)(u+v)t.
- 547 Use the constant acceleration formula v2=u2+2as.
- 548 Use the constant acceleration formula s=ut+(1/2)at2.
- 549 Using constant acceleration formulae.
- K363e Use the constant acceleration formula s=vt−(1/2)at2.
- K363f Use the constant acceleration formulae with two linked objects
- combination of all
Kinematics in 1D Key Skills Section (for selecting more than one)
Further Practice
Other resources
Other Videos
Courtesy of Maths Genie *GCSE
Alternative Handouts
- Acute Learning 9C Problem Pairs as PowerPoint or PDF
- Acute Learning 9D Problem Pairs as PowerPoint or PDF
- Acute Learning 9C & D Together Problem Pairs as PowerPoint or PDF
Activities
- The Chalk Face Stopping Sistances, Tricky AQA Question
- SUVAT Bingo, Originally Found on TES, Author Unknown.
Worksheets
- Jethwamaths Starter Activities (p7-10)
9E Movement Under Gravity
Textbook resources
Courtesy of Owen134866 and Haberdashers’ Adams Maths Dept.
Dr Frost resources
Bicen Maths Live Lesson
Live Lesson Using Dr Frost Based Slides Courtesy of Bicen Maths
Download Blank Notes
(Courtesy of King’s Chester Maths Department)
Download Slides
Extra Questions
Key Skills
Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost
- 550 Find the greatest height or total distance travelled when a particle is projected vertically upwards.
- 551 Find the time of flight of a particle projected vertically.
- K364c Use constant acceleration formulae for two particles colliding in vertical motion.
- combination of all
Kinematics in 1D Key Skills Section (for selecting more than one)
Further Practice
Other resources
Other Videos
Courtesy of Maths Genie
Addams Family Values Scene what will hit the ground first, a baby or bowling ball? (I do not own the rights to this clip, hosted on youtube via movieclips.)
Brian Cox Feather & Bowling Ball in a Vacuum
Alternative Handouts
- Acute Learning Problem Pairs as PowerPoint or PDF
Activities
- The Chalk Face Firing Gun Formulae, Space Jump
- WW SUVAT Burglar Mystery (Dates Will Need Changing)
Worksheets
- Jethwamaths Starter Activities (p13-16)
Whole Topic Summary Resources (Including Past Paper Questions)
Download PPQs as WW Powerpoint for AS SUVAT
External Whole Topic Past Paper Style Questions
Other Whole Topic Resources
- Lucyjc1612 Summary Poster (Constant Acceleration)