By Atom | Apr 6, 2023, 3:15 PM
In this series of free webinars, Atom’s Education Experts outline the areas of each 11 plus subject that our students struggle with the most, and share tips and techniques on how to prepare. Watch here, or keep reading for an overview:
The 11 plus maths exam curriculum is mapped to the Key Stage 2 national curriculum. CEM and GL Assessments grammar school exams cover both Year 5 and Year 6 maths topics, whereas ISEB focuses on Year 5 topics.
Statistics: mode, median, range and mean
Graphs: bar charts, pie charts, line graphs, scatter graphs, averages from graphs, tables, pictograms, venn diagrams
Probability: basic probability, compound probability
Place value: order and compare, Roman numerals, rounding numbers, negative numbers
Operations: addition, subtraction, multiplication, division, mental maths, estimating, multiples, factors, prime numbers and factor trees, square and cube numbers, order of operations, worded problems
Fractions: equivalent fractions, mixed numbers and improper fractions, order and compare fractions, adding and subtracting fractions, multiplying and dividing fractions
Decimals: converting decimals and fractions, multiplying and dividing decimals, recurring decimals, order and compare decimals, adding and subtracting decimals
Properties of shape: angles, polygons and circles, three-dimensional shapes, quadrilaterals, transformations
Position and direction
Space: area, volume, units of volumes and areas, surface area, length and perimeter
Ratio: relative quantities, similar shapes and scale factors
Percentages: order and compare percentages, percentage change, calculating percentages
Expressions: forming expressions, algebraic notation, brackets in algebra, algebraic fractions
Equations: substitution, solving, rearranging equations, inequalities, two unknowns
Sequences: simple sequences, complex sequences, the nth term
About half to three-quarters of maths that is taught in Key Stage 2 (primary school Years 3–6) is within the number area (place value, fractions, operations and decimals).
Overall, the two skills that parents should treat as the highest priority for maths 11 plus preparation are number fluency and numerical reasoning.
Number fluency: practice mental calculations, order of operations, and understanding fractions, decimals and percentages
Numerical reasoning: practice understanding what is being asked in a question: translating worded problems into maths sums, and interpreting data and graphs
Our data shows that there are three topics which Atom students who are preparing for the 11 plus find most difficult.
Order of operations (number)
Fractions topics (beyond basic fractions)
Substitution and solving equations (algebra)
Order of operations is the rule that tells us the sequence in which we should solve an expression with multiple operations. The acronym to remember this is BIDMAS (you may remember BODMAS from school):
Indices (or Orders)
Division and Multiplication
Addition and Subtraction
To avoid being tripped up by order of operations questions, it’s key to remember is that BIDMAS should be treated as a pyramid, not a list. Division and multiplication are one step, and addition and subtraction are one step.
Working with fractions can be counterintuitive, so beyond the basics it is not usually possible to answer fractions on instinct alone. The fractions subtopics that children tend to find the hardest are mixed numbers and improper fractions, ordering and comparing fractions, adding/subtracting fractions, and multiplying/dividing fractions.
Here are the key points to remember to handle these questions confidently on the 11 plus:
Fractions can only be added or subtracted when they have the same denominator
Fractions can be greater than 1 (i.e. improper fractions such as 7/4, and mixed numbers such as 1 3/4)
Ordering fractions can be counterintuitive. For example, 7/9 is greater than 7/10
Multiplying by a fraction makes a number smaller, not bigger... and dividing by a fraction makes a number bigger!
Many entrance exams don’t test algebra at all. When they do, it is often basic substitution questions, for example:
If x = 2 and y = 3, What is the value of 2x + 3y?
By the time the 11 plus comes around at the start of Year 6, your child is unlikely to have spent much, if any, time on algebra in the classroom yet. During Year 5, it’s a good idea to help your child gain a firm understanding of key algebra subtopics at home, followed by exploring learning beyond the foundations of algebra.
For Atom Nucleus subscribers, we recommend setting Custom Practices to begin introducing algebra from the middle of Year 5.
Make the most of the Lesson Library where your child can watch recordings of lessons on algebra and equations. Seeing the steps a teacher takes to solve a problem will help your child consolidate their learning.
Watch the webinar for free for more ways to support your child with these maths topics, plus exam techniques that will prepare them to take even the trickiest questions in their stride!