Subtraction often feels straightforward until you face a problem like 7 minus 9. Many people immediately say, "You can’t do that," because it seems impossible to take away more than you have. But this common belief limits how we understand subtraction. The truth is, 7 minus 9 equals –2, and this result makes perfect sense when we rethink subtraction beyond just "taking away." This post explores why 7 − 9 is not only possible but also a useful way to understand numbers on a br

Unitising  is the ability to treat a group of things as a single “unit” and then work with that unit as though it were one object. It’s a fundamental mathematical idea, yet often one of the least visible. When children can unitise, they can see ten ones as a single ten , two socks as one pair , or 100 centimetres as a single metre . It unlocks a huge amount of future learning. Look at the images: coins, crayons, socks, fractions, measures. They might seem unrelated at first g

Addition structures

Composition bees - The Numbees

In Key Stage 2, we often introduce square numbers with a familiar line: “A square number is a number multiplied by itself.” It’s well‑intentioned, but it’s also a little clumsy. Children may memorise that 6 × 6 = 36, but memorisation alone doesn’t offer depth. It doesn’t help them see the structure beneath the surface. A more meaningful explanation is that a square number is a number multiplied by the same factor . This small shift in language matters. It encourages pupils to

In the Early Years, something beautifully simple happens in maths lessons. A child places one counter on the table, then two counters next to it, and we say, “One add two makes three.”  Then, almost magically, we slide the counters around, swap their order, and show that “Two add one also makes three.” That small moment, children watching counters trade places while the total stays the same, is their first meeting with the commutative property. They don’t call it that, of cou

As educators, we understand the importance of building a strong foundation in mathematics. One critical skill that lays the groundwork for more complex mathematical concepts is multiplication . The ability to quickly recall multiplication facts is essential for problem-solving, understanding patterns, and tackling higher-level math. In this blog post, we’ll explore the innovative resource called “Times Tables - I Do, We Do, You Do” . Designed to engage students and enhance th

When we talk about “depth of understanding” in primary maths, we often imagine tricky problems or unusual challenges. But real depth isn’t about making things harder. It’s about helping children see  the structure of the maths in front of them so they can work with confidence, flexibility and independence. Instead of treating methods as steps to memorise, we show how the maths itself can guide pupils toward efficient, meaningful strategies. To show this in action, let’s look

Interactive CPD brochure

The internet is full of maths resources. Worksheets. Videos. PowerPoints. Schemes. It's overwhelming. But at MrBeeTeach, we wanted to...

At mrbeeteach.com , we believe every child deserves a curriculum that inspires curiosity, builds confidence, and fosters a deep love for...

At Mr Bee Teach , we’re working on something really exciting – a brand-new maths curriculum designed for children from EYFS all the way...

Fraction curriculum flightpaths

Progression in carefully selected representations is essential. Too many representations can lead to confusion.

At Mr. Bee Teach, we are thrilled to announce the launch of our comprehensive new maths curriculum, meticulously crafted to provide a...