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**How do you teach maths ***fast*?

*fast*?

I don’t know the answer to this. Most of us ‘learned maths’ (or math as some people call it) a long time ago. Maths basics seem easy now – so how do you teach it? Are maths worksheets the answer or is it all up to the teacher?

Well I can certainly remember that lots of different approaches to teaching maths certainly confused me. Different teachers teach different methods: different maths schemes teach different methods: fashions change.

#### However, there seem to be some things that stay the same.

The same sort of maths questions pop up in tests over the years. We all need the same sort of maths skills, despite a rapidly changing world. Even though the application of these skills is changing*, the basic needs remain the same. We still need the same four number operations: people need still need to add; taking away or subtraction is still a thing; multiplying and dividing don’t seem to have gone out of fashion either. Along with that, missing number problems (I have the answer but what’s the question?) is still very much necessary.

__The rise of the education economy__

__The demand for classroom resources for maths practice, or a practice tutor, or even a homeschool resource is stronger than ever. The K-12 curriculum and in the UK the SATS preparation for children in Year 6 (5__^{th} Grade) mean that web sites advertising free printable math worksheets or maths homework are dominating search results.

So I guess we’re stuck with it…

**Have things changed?**

As I’m sure you know, despite the easily available technology that helps us to solve arithmetic problems, the need to understand maths concepts is still with us, in fact in a more ‘advanced’ and faster-paced society, I would argue that, in many ways, being able to picture maths in your head quickly and make a few rough calculations in your mind is probably even more useful than ever. More than that, a knowledge of fractions and percentages is now seen as expected.

__The rise of the education economy__

__The demand for classroom resources for maths practice, or a practice tutor, or even a homeschool resource is stronger than ever. The K-12 curriculum and in the UK the SATS preparation for children in Year 6 (5__^{th} Grade) mean that web sites advertising free printable math worksheets or maths homework are dominating search results.

So I guess we’re stuck with it…

**Have things changed?**

As I’m sure you know, despite the easily available technology that helps us to solve arithmetic problems, the need to understand maths concepts is still with us, in fact in a more ‘advanced’ and faster-paced society, I would argue that, in many ways, being able to picture maths in your head quickly and make a few rough calculations in your mind is probably even more useful than ever. More than that, a knowledge of fractions and percentages is now seen as expected.

#### Big numbers, little time

A few years back, you would hardly ever need to deal with large numbers. The only time I ever encountered the idea of ‘millions’ was when talking about population. Now there seem to be a lot more billionaires than there used to be. Company assets are in the billions, as are YouTube views. People are regularly dealing with larger numbers. The need to be able to get your head around place value is a necessary as ever.

But more than ever, we need to be able to do things quickly – and that doesn’t just include ‘doing’ maths, it includes learning maths. There are very few people these days who have the time or patience to spend hours for years and years learning to do something. Everyone wants to pick up skills quickly – and it’s frustrating when you can’t!

This isn’t a bad thing.

You should be able to pick maths up quickly and you should be annoyed when you can’t. Compared to a lot of things that we do in our lives, solving a few maths questions -at least the simple calculation ones- are actually quite simple. Teachers or tutors really have to go some to confuse their students.

Different experts have different opinions about how maths should be taught. Some say that learning maths facts is key, whist others strongly disagree.

However, the two most common mistakes that I’ve found are:

**1) Not allowing enough time to practise.**

A teacher tells their pupils, often quite young children, how to do it. This oration will commonly drag on and on, boring everyone to tears, often to the accompaniment of a few interactive whiteboard resources. To stretch things out a bit, they might even get a student to have a go and will then stop them as soon as they get it wrong and ask the other students what the mistake is. This leaves more able students bored and less able students confused.

The students are then given 10 minutes to have a go at some questions churned out by a worksheet generator or some photocopiable math study aid. That’s the last time they get to see those questions for a few months, half of which they got right and half they got wrong. 3 months later, the same sort of questions are given again. This time everyone struggles, to which the teacher responds, ‘What’s your problem? We learned this months ago!’

There’s no clear set of instructions and the result is the motto: Well with maths, some people can do it and some can’t.

However, the two most common mistakes that I’ve found are:

**1) Not allowing enough time to practise.**

A teacher tells their pupils, often quite young children, how to do it. This oration will commonly drag on and on, boring everyone to tears, often to the accompaniment of a few interactive whiteboard resources. To stretch things out a bit, they might even get a student to have a go and will then stop them as soon as they get it wrong and ask the other students what the mistake is. This leaves more able students bored and less able students confused.

The students are then given 10 minutes to have a go at some questions churned out by a worksheet generator or some photocopiable math study aid. That’s the last time they get to see those questions for a few months, half of which they got right and half they got wrong. 3 months later, the same sort of questions are given again. This time everyone struggles, to which the teacher responds, ‘What’s your problem? We learned this months ago!’

There’s no clear set of instructions and the result is the motto: Well with maths, some people can do it and some can’t.

There’s no clear set of instructions and the result is the motto: Well with maths, some people can do it and some can’t.

**2) Practising the same complexity of question over and over again.**

Any rushed teacher typing maths questions into Google will know how many websites there are out there pushing math worksheets. It’s great! You can download 100 questions covering exactly the same maths concept

49+31= 53+23= 21+76= 32+43= etc. etc. etc.

By about question number 6, the student has probably achieved mastery over this two digit + two digit affair. By question number 26, they are probably wondering whether maths has been sent as some sort of punished, by question number 66, they are beginning to start making silly errors -due to anything but a failure to be able to answer the question. It is at this point that the teacher jumps in and says, ‘You see! It’s not as easy as you think is it?’

Why can’t we stretch our children? What’s wrong with giving them work tailored to their abilities? Why can’t we say, ‘Okay you can do these. Have a go at these?’ Would you teach someone to drive by making someone drive up and down as straight road a hundred times? I guess it’s all down to preparation, resources and a belief in the potential of your students.

**In conclusion…**

We can help to get people over their fear of maths. Let’s keep it simple. Hopefully these resources will go some way to help with this.

*I’ll discuss this in another post…