Top Tips for Maths tests is a handout/classroom resource that can be used as an activity or as a handout.
It takes learners through the process of working out a complex Level 2 Maths question, with reference to how the marks can be gained, and the maths skills required to complete the question. The question is taken from IQ sample assessment materials http://www.industryqualifications.org.uk/sectors/functionalskills and builds on common mistakes made by learners during ‘live’ assessments.
This resource contains the basic information with examples for learners preparing to sit level 1 Functional Maths. It is by no means comprehensive but does cover the areas that most learners find problematic, such as ratio, fractions, decimals, percentages and perimeter, area and volume.
I made this resource to check prior learning of a group I took over from another lecturer. It could work well for assessment, revision or as an extension task.
Editor’s note
Major update May 21. NEW answer sheet is also now available (contributors only) with detailed curriculum mapping for Reformed Functional Maths - visit our ANSWER SHEETS page for more information.
Level
Level 1
Maths
FM Contextualised underpinning
FM L1.22 Calculate area & perimeter of simple shapes inc. those made up of combination of rectangles
This activity encourages ESOL students:
- To communicate with each other while moving around the classroom,
- To revise Past Simple (questions and answers),
- To practise basic numeracy (subtraction).
With extensive teachers’ notes
Level
Entry Level 2
Entry Level 1
Maths
AN N1/E3.2
ESOL
ESOL Sc/E2.2a make requests: ask for things or action
ESOL Sc/E1.1a Use stress & intonation to make speech comprehensible
ESOL Lr/E1.4a Listen and respond to requests for personal information
A set of 10 problems. Learners revise choosing the correct operation (addition, subtraction, multiplication or division) and carrying out the calculation correctly.
Ideal for Entry 3 Functional Maths.
Answer sheet provided
Students design a board game to demonstrate their learning. This can incorporate IT skills (Word template provided below) or can be done with paper, card and pens.
I originally did this with an E2E group and it proved popular. It’s an alternative to the “design a poster” task to review learning. The instructions are set out as a board game. it can be used for literacy, numeracy, ICT or ESOL.
Level
Entry Level 2
Entry Level 3
Level 1
Level 2
English
General literacy / English
Functional Skills English
Maths
General numeracy / maths
Functional Maths
ESOL
General ESOL
ICT
Functional ICT
General
Generic resources for literacy, numeracy and beyond
An animated PowerPoint presentation (86 slides) that covers several topics: Fractions & Percentages;Units of Measure; Charts & Graphs; Ratio, Scale & Proportion; Perimeter, Area & Volume; Averages and Range. There are also some links for a planned inclusion of other topics at a later date (Time & Money, Tables and Formulae).
This presentation can be used in class, driven by the teacher, but it is also ideal as a guide for self-study.
Not really suitable for handouts, as there are many animated sequences that would overlap on the printed page.
A set of cards to cut out and ideally put in plastic balls or a jazzy box. Aimed at E2- E3 Functional Skills learners as an ice breaker, introductory lesson or for revision. Students need to work out the question and identify the maths skills they are using to answer it. Best printed onto card.
Questions are aimed to appeal to young adult students – e.g. clubbing, Facebook, food, mobiles, etc.
Questions cover the 4 operations, money, time, shapes and more.
26 cards. Includes Functional Maths mapping chart.
Written as a resource for distance learners with good reading skills who were challenged by some of the questions in the Level 1 Numeracy test.
I wanted to give them different methods of working out multiplication and division questions in particular – emphasising that multiplication is the reverse of division, and that multiplication is the same as repeated addition. The idea of division as repeated subtraction is also introduced.