Love all things geeky (and an argument or two at times) 🌹
Has anyone come up with a list of potential topics for the AQA Level 2 Further Maths Paper 2? 🙏
#MathsToday
Has anyone come up with a list of potential topics for the AQA Level 2 Further Maths Paper 2? 🙏
#MathsToday
Our next round of Core Maths Specification Networks is open for applications. Running throughout June, there will be networks for the AQA, OCR and Edexcel specifications!
Book now: buff.ly/QGu1VQY
#CoreMaths
Our next round of Core Maths Specification Networks is open for applications. Running throughout June, there will be networks for the AQA, OCR and Edexcel specifications!
Book now: buff.ly/QGu1VQY
#CoreMaths
Ussain Bolt, Newton, Geogebra and even some limits. Lovely way to spend a sunny afternoon!
Ussain Bolt, Newton, Geogebra and even some limits. Lovely way to spend a sunny afternoon!
Can anyone guess what the lesson was about?
Can anyone guess what the lesson was about?
Thanks @drfrostlearning.bsky.social for the diagonals fact. But keep it in a grid to factorise at the end so no "split the middle".
#MathsToday
Thoughts?
Thanks @drfrostlearning.bsky.social for the diagonals fact. But keep it in a grid to factorise at the end so no "split the middle".
#MathsToday
Thoughts?
#AlevelMaths #Mathstoday #University
#AlevelMaths #Mathstoday #University
Most of the starter packs I've seen for maths teachers have been for all age groups, so this one is aimed towards sixth form (16-19 ish)
Please let me know if you'd like adding (or removing)!
go.bsky.app/znERv2
Most of the starter packs I've seen for maths teachers have been for all age groups, so this one is aimed towards sixth form (16-19 ish)
Please let me know if you'd like adding (or removing)!
go.bsky.app/znERv2
Is there a proper name for the chain rule "done fully" (ie by writing it out as dy/dx = dy/du x du/dx and substituting all the values) vs just doing it (differentiate outside function, multiply by derivative of inside function)?
I call it the "quick chain rule" and the "full chain rule"
Is there a proper name for the chain rule "done fully" (ie by writing it out as dy/dx = dy/du x du/dx and substituting all the values) vs just doing it (differentiate outside function, multiply by derivative of inside function)?
I call it the "quick chain rule" and the "full chain rule"
Bonus that my Year 11s now use it smoothly!
Bonus that my Year 11s now use it smoothly!
Come and join us @JurassicMaths!
Come and join us @JurassicMaths!
Come and join us @JurassicMaths!