Every so often, as part of the maths panel with the TES, I review a batch of resources. Here are my top ones this time.
***** 5 Star resources *****
Between the lines (UndergroundMathematics)
A challenging puzzle that will really push your KS5 and top end KS4 to think hard about their understanding of straight line graphs. Well structured with hints and prompts throughout.
GCSE Maths 10 minute assessments (manisha2011)
This is pretty self explanatory really. I liked the simplicity of this resource and the range of topics covered.
**** 4 Star resources ****
Commenting on Election Data – Core Maths (ecrae)
This is a resource aimed at the Core Maths (level 3) qualification but there’s nothing stopping you slipping it into the gcse course.. It’s a good resource as it makes students interrogate the data given and draw valid conclusions. I like the way it could be used to make students think hard about newspaper headlines.
GCSE Revision/End of term maths pub quiz (chris_cooper_25)
There are a lot of maths rounds covering a spread of topics. These are interspersed with some non maths rounds as well. It would probably have 5 stars except that you’ll need to update the general knowledge round and work out your own music round (or just abandon those ones).
Edexcel S1 Revision clock (Japleen Kaur)
Based on the recent wave of revision clock resources, this is set up for the edexcel S1 course. It’s a great idea and because A level questions are longer, it adapts the format to allow longer questions extra time by having two or more sections of the clock.
I hope you’ll check these out and maybe give them your own reviews too.
Here’s a great starter called memory maths. (click on the one called memory maths)
A simple 4×4 grid.
Each one has a calculation to be done (choose from arithmetic or negatives).
Only two are shown at a time for 1 sec at a time.
There are other starters to try out too. Thanks to Vic for sharing this.
Long term readers of this blog may know that I have a podcast with Colin Beveridge. This post is just to highlight it to a wider audience and pick up on a few aspects that we discussed.
Link to Wrong, but Useful episode 37. Or you can subscribe on iTunes.
I make no secrets about not being a fan of the mechanics aspects of mathematics. I love statistics and decision maths while I’m beginning to like pure maths more. I do think that non-mathematicians don’t really understand how different the various areas of maths are and I was wondering how similar/different this is to the sciences. I don’t think many people would expect someone with a biology degree to be very comfortable teaching A level physics or chemistry and I think there is a parallel within the maths areas. While I do think that some of the skills are transferable (as I suspect they are in the sciences), simply being good at teaching mechanics would not automatically make you good at teaching statistics. They definitely are not ‘just all maths’. With the changes to A level maths, I may well have to try and pick up some aspects of mechanics but I maintain it would be better to have people who are specialists in the areas they’re teaching.
I’ve emailed to ask about the raffle tickets. I’ll write a blog post about it when/if they reply.
The mathsjam annual conference is coming soon (12th and 13th November) and I am now booked to go. Hurrah.
Here is a link to a post where I give a little more detail about the maths books I bought.
I think that’ll do for now. Perhaps you should go and listen to it.
My school has a Specialist Tutor Program in the sixth form which is a weekly timetabled slot to broaden students’ experiences. It’s a fantastic idea and, as a sixth form tutor, I run one of the sessions each week. The one I ran last week was titled 5 Top Tips for Success at A level Maths and was, partly, based on a survey I carried out via twitter recently. (Just to give you a flavour of the broadness, my one this week was about passing your driving theory test.)
I’ve collated and refined the results from the survey along with the experiences of my faculty into a structured powerpoint presentation. It was used in an hour session with mostly year 12 students. I consciously included some interactive bits and tasks to do and a couple of different presentation style so it’s not all just listening to me talk. Here’s a link to the ppt and you’re welcome to use/adapt it as you wish. Thanks to all the people that answered the survey and I know a lot of you will be interested in seeing the results.
If you take a look, you’ll notice that the last part is a wider reading list, aimed at anyone that wants to broaden their maths understanding or general interest, perhaps with a view to mentioning it in UCAS personal statements. It is obviously non-exhaustive but here’s the list for ease of reference:
- Why do buses come in threes? Rob Eastaway & Jeremy Wyndham
- Professor Stewart’s cabinet of mathematical curiosities Ian Stewart
- Cracking Mathematics: You, this book and 4,000 years of theories Colin Beveridge
- 1089 and all that David Acheson
- Flatland – A romance of many dimensions (free ebook) Edwin Abbott
- Fermat’s Last theorem Simon Singh
- How to cut a cake Ian Stewart
- The Simpsons and their Mathematical Secrets Simon Singh
- The man who loved only numbers Paul Hoffman
On the internet
As I was buying a book for my son (Number Quest – more on this another time) I stumbled across an eBay shop that had lots of maths books for sale pretty cheaply. Now, they also had an offer on of “buy 40 books, get 50% off”, and, like a TV with a broken volume control, you can’t turn that down can you?
I picked out some for myself:
Some that I’m going to take in for students to borrow:
And there was only a minor mishap as I tried to buy a couple of copies of Alex Bellos’s book, ‘Alex through the looking glass’:
I don’t suppose anyone wants a snooker book do they?
We had our open evening last Wednesday. It was very well attended and I wanted to share with you what we did.
I saw this sign on Resourceaholic who saw it on Blackpool Sixth Maths department’s twitter feed. Couldn’t resist borrowing the sentiment.
We are a big department so had two rooms to allow more space. In one room, we had:
- Examples of year 7 students’ books from last year
- Chess boards set up with current students to play against
- Another student available to help students draw a hexagon using a protractor. The students then put their name and school on the hexagon and tessellated them on a wall (wish I’d taken a picture now)
In the other room, we had
- Guess the lowest, unique, positive integer competition (Thanks to Resourceaholic again) which I’ll make a separate post about soon
- A coordinate challenge (with students helping). This was designed by a current year 10 student (when she was in year 9) and makes a copy of the school logo
- A ‘magic’ trick that I called “The psychic maths department”
I had three trays:
The visitors were invited to “Choose a tray, any tray”. Each one had 3 screwed up balls of three colours. Next, the visitor picks out a ball and reads out the number on it. They had to choose where to put the column of the colour that matched that ball, and then, in that column, where to put that number. This is repeated 8 times and the fact that there are so many choices is highlighted.
Eventually, you get to something like this:
Next, you give them the novelty, oversized calculator and get them to add up the three, 3-digit numbers. Onto our predictions:
(Next year I may work out how to make those shapes match the logo).
Then, reveal the predictions one at a time:
If you come to our school, I’ll help you work out how that was done.
There are a few subtle things that I think this activity does:
- Shows that maths can be exciting and intriguing
- Demonstrates that we know how to use interactive whiteboards as more than just projector screens
- We use calculators when appropriate
I’d be interested in hearing your thoughts and I hope that’s inspired you for your own Open Evenings!
As we approach the end of September, it’s getting on for 2 months since I wrote a post. I’m happy with not writing over Summer, but I’m beginning to feel bad that I’m neglecting my blogging. So, back to it! This post is just a quick set up for the coming year.
I’m teaching at the same school I have done for the last 7 years or so. I am ‘Principal Teacher of Maths’ although I’d have called it something like ‘Maths teacher in charge of the KS3 maths’. We recently got a new head teacher (Chris Hildrew – I blogged about that here) but otherwise, things are pretty similar.
Having said that, the two main changes for me this year are:
- I’m leading a whole school CPD (or CPL if you prefer) on homework. It’s still in its infancy but after one session, the group of staff are motivated to look into ways to develop independence in students’ approaches to homework. Our (clearly too ambitious) early thoughts included “ideally, we’d get to the stage where students didn’t need to be set homework as they’d independently work out how much they need to do and on what areas”. I’m sure we’ll reign that in a bit in our next meeting.
- I am teaching year 13s part of the Core 3 course. I taught some C1 last year and that went well. I didn’t teach any C2 though and that is making relearning the C3 stuff a little harder. I’m enjoying the challenge and I’m sure that the questions I’m asking the other maths teachers is forcing them to think carefully about their own understanding too. Next year is when the new A level course starts and at my school, I think that’s likely to mean all teachers have to teach core and applied maths but, as is always the way, we don’t know enough about it to be sure yet. Either way, brushing up on my reciprocal trigonometric functions and transformations of functions probably isn’t a bad thing!
That’s it for now. You can expect to see more frequent blog posts from me now. Feel free to encourage people to subscribe!
Every so often, as part of the TES maths panel, I’m given a set of resources to review. The aim is to highlight the best resources to make them easier to find. Here are the ones I gave 5 stars to from my latest batch.
FULLY INTERACTIVE CIRCLE THEOREMS, FLASHCARDS AND MATCHING PAIRS GAME
By William Emeny (@maths_master)
The pdf files here are pretty straight forward and the matching activity is nice. The thing that makes this resource shine is the link to the interactive resources that show the circles theorems in action. You can drag key points and see how that affects the overall shapes involved. Great on an IWB!
GCSE Revision Topic Progression Grids
This is a collection of sheets that allows students to a variety of different ‘levels’ of question on the same topic. A great opportunity to push students on to try the next level of difficulty once they’ve shown they can master the previous ones. I’m definitely going to be using these in lessons and also during revision time.
GCSE Shape and Measure Revision (D-A*)
This was an easy 5 stars as I saw how good it was in action! I used this resource with my (top set) year 11 class during the revision weeks. It went brilliantly, keeping the class focussed for the full lesson while covering a load of topics that they may have been tempted to overlook in their revision. I certainly intend to use this again.