Maths resources.
Working on Project-A-Lesson. A full lesson in a PowerPoint. For busy teachers who still want outstanding engaging tasks and learning checks
Maths resources.
Working on Project-A-Lesson. A full lesson in a PowerPoint. For busy teachers who still want outstanding engaging tasks and learning checks
A few pie charts that represent funny ideas or jokes. The idea is that students get a feel for how pie charts work.
I used it as a Y7 starter to generate discussion. The 'how often charts don't make sense' pie chart is particularly good for this.
As always, please rate and comment with suggests and ideas.
Thanks :)
Example problem pair
Two activities
Some application questions
Learning check
NOTE : I update my slides often but don’t always get around to reuploading them here. The latest version of this PowerPoint can always be found at this link.
Full lessons. Covers a few discussion points, and goes through how to find experimental probabilities from tables. You should probably print off the questions as they go over two pages.
A lesson (or six) on adding and subtracting fractions. A shed load of stuff here. Example problem pairs. Tons of practice and puzzles and problem solving exercises. Pick what you want to show and go.
Simple but comprehensive.
Goes through dividing integers that make decimal answers all the way up to dividing two decimals.
Some example problem pairs, some exercises, a ‘correct the work’ exercise, a little learning check.
Use bits you want, chuck out bits you don’t.
I wrote the questions to encourage thinking.
CHANGELOG 4/10/21 Fixed some formatting errors
Simple stuff. Example problem pairs, so exercises. I’m sure there’s loads more interesting things you can do here. I used some extra stuff I found on resourceaholic for some practice.
Probably at least 3/4 lessons in these slides.
There is tons here. Enough easily for a weeks worth of work.
A starter, some whiteboard work, some problem solving, an exercise (with answers) , plenaries, all broken down into adding and then subtracting directed numbers.
Covers how to draw a frequency table, continuous and discrete data and finding the mode from grouped and ungrouped frequency tables.
Has a starter, some example problem pairs, some questions (that aren’t amazing tbh) and a plenary.
Lesson in a PowerPoint
Starter
Example problem pair
Whiteboard work
Exercise
Problem solving type question to work on together
Plenary - 5 Quick questions
Introduction to vector geometry.
Includes examples and two exercises. One on simple questions where you just have to add the vector ‘routes’ and one that throws in some mid point stuff.
NO PARALLEL LINES, COLINEAR POINTS OR PROOF HERE
Trying to aim for a mastery/in depth lesson, rather than getting all the index laws done in one lesson.
Huge credit to Jo Morgan (@mathsjem). Nicked a lot from her for this resource.
CHANGELOG: 2/10/22 Updated new style. Added some whiteboard work.
I’ve updated this massively. I’ve thrown lots of stuff out. It’s now quite barebones (warm up/example problem pair/mini whiteboard work/exercise/plenary).
Trying to use variation theory
My thinking
A question to start
Reversing the terms. Does balancing still work?
A subtraction. How does this effect our balance.
Does reversing the terms still lead us to the same answer
Increasing the constant by one. What happens? Also: a decimal answer.
We can have a negative answer
Divide x, instead of multiplying it.
Increasing co-efficient of x by one. What happens to our answer?
Doubling co-efficient of x. Not sure about these last two. I think they may be a step back from question 7. This is the problem with presenting these in a linear format. These questions are variations on question 1, not question 7. I might experiment with some kind of spider diagram.
Doubling the divisor from 7. Again, maybe the linear way these are written is a bit rubbish.
Don’t know how I like the order of these questions, but there’s lots to think about and something to tweak.
I have found the transition to asking ‘why have they asked you that question? What are they trying to tell you?’ has been difficult for some students, but I think it’s worth devoting time to it. If students are inspecting questions for things like this, maybe they’re more likely to read the question thoroughly and pick out it’s mathematics. Big hope, I know.
Changelog: 2 new sections. Changed some answers to address more misconceptions.
Completely redone version of maths pointless.
The countdown is now much, much quicker (as requested).
New questions will also be coming in an update over the following weeks.
Play over numerous rounds and keep score on the board.
All credit to Paul Collins.