Every distinction begins with one topic at a time.- start now
Mathematical Literacy is never maths for its own sake. Every mark hides inside a real situation: a till slip, a water bill, a bus timetable, a survey. Learn to read the situation and the sums look after themselves.· read the context, then do the maths
This section is the map of the whole Grade 11 Mathematical Literacy exam, not a re-teach of the content. Read it once, then let the mark-weighting tables decide where every remaining revision hour goes. Grade 11 is a school and provincial examination set against the national curriculum, so both papers are compulsory and there is no choice: you answer every question. There is also no multiple-choice section on the real paper, so every mark is earned by writing out working inside a real-life context.
The two papers do not cover the same content. In the 2023/24 teaching plan and the Eastern Cape November papers of 2022 to 2025, each one owns a set of topics and the marks inside each paper are allocated to them in roughly this proportion (CAPS Table 5 differs, and your school’s own paper may too). This is the single most valuable thing on this page, because it tells you exactly what to revise for each of the two exam days.
| Paper | Topics examined, with their marks | Total marks | Duration |
|---|---|---|---|
| Paper 1 | Finance 60 + Data handling 35 + Probability 5 | 100 | 2 hours |
| Paper 2 | Measurement 55 + Maps and plans 40 + Probability 5 | 100 | 2 hours |
| Combined | Finance 60, Measurement 55, Maps and plans 40, Data handling 35, Probability 10 | 200 | 4 hours total |
The cognitive-level split further down is an overall weighting. The topic split is the one that decides your revision timetable. Percentages carry a small tolerance of about 5 marks either way, so treat the mark figures as targets rather than a guarantee.
| Paper | Topic | Share of that paper | Marks (out of 100) | What that buys you |
|---|---|---|---|---|
| Paper 1 | Finance | 60% | about 60 | Documents, budgets, payslips with UIF, tariffs, VAT, interest, inflation, exchange rates, cost and selling price |
| Data handling | 35% | about 35 | The data cycle, mean, median, mode, range, comparing two data sets, tables and every graph type | |
| Probability | 5% | about 5 | One or two short items, usually built off a table already in the question | |
| Paper 2 | Measurement | 55% | about 55 | Conversions, time, perimeter, area, volume, capacity, and supplied-formula surface area |
| Maps and plans | 40% | about 40 | Number and line scale, directions, distance, speed and time, floor and layout plans, packaging and assembly | |
| Probability | 5% | about 5 | Usually read off the annexure plan or map itself |
Three of the eight are basic skills: interpreting and communicating answers and calculations, numbers and calculations with numbers, and patterns, relationships and representations. They carry no marks under their own name, but they are the machinery every other question runs on, so close to 20 marks a paper are actually won or lost on them under somebody else's heading. The other five are the application topics, and every mark in both papers is written under one of those five.
| Topic | Written in | Typical context | What it involves |
|---|---|---|---|
| Interpreting and communicating | Both, no marks of its own | Every question you meet | Reading what the context is asking, choosing the operation, then writing the answer as a sentence with its unit and a stated conclusion. |
| Numbers and calculations | Both, no marks of its own | Shopping, recipes, rates | Ratio, rate, proportion, rounding, best-buy comparisons, percentages. |
| Patterns and relationships | Both, no marks of its own | Cost tables, tariffs | Reading number patterns, filling tables, drawing and reading straight-line and curved graphs. |
| Finance | Paper 1 only, 60 marks | Payslips, bank, shops | Budgets, income and expenditure, VAT, UIF, interest, tariffs, exchange rates. |
| Data handling | Paper 1 only, 35 marks | Surveys, reports | Averages, range, comparing two data sets, and reading bar, pie, line, histogram and scatter graphs. |
| Measurement | Paper 2 only, 55 marks | Building, cooking, tanks | Conversions, perimeter, area, volume, capacity, time, supplied-formula surface area. |
| Maps, plans and representations | Paper 2 only, 40 marks | Travel, buildings | Scale, distance, speed and time, route planning, floor plans and layouts. |
| Probability | Both, 5 marks in each | Games, weather, choices | Chance as a fraction, decimal or percentage, and judging fairness. |
Paper 1: 100 marks, 2 hours, and it is Finance 60 + Data handling 35 + Probability 5.
Paper 2: 100 marks, 2 hours, and it is Measurement 55 + Maps and plans 40 + Probability 5.
Combined 200 marks over four hours, four questions per paper, no lettered sections, no choice and no multiple choice.
No measurement and no map work in Paper 1. No finance in Paper 2, beyond a small costing item tied to a measurement or a map.
Cognitive split overall (CAPS): L1 Knowing 30%, L2 Routine procedures 30%, L3 Multi-step procedures 20%, L4 Reasoning and reflecting 20%; the Eastern Cape memos tag each paper at about 32, 29, 19 and 19.
Show working on every calculation, keep the correct unit on every answer, and round only at the end unless told otherwise.
A basic (non-programmable) calculator is allowed and expected.
The marks are spread across four levels of thinking. The weighting below is the CAPS overall figure; CAPS sets each paper differently, and the Eastern Cape memos tag each paper at roughly 32, 29, 19 and 19 percent. Knowing and routine work make up 60% of the marks between them, so a learner who is calm and neat banks well over half the paper before any hard reasoning starts.
| Level | Weighting | What earns these marks | Command words to expect |
|---|---|---|---|
| L1 Knowing | 30% | Read a value off a table or graph, do one given operation, round a number | write down, read off, round |
| L2 Routine procedures | 30% | A familiar method over a few signposted steps in a known context | calculate, determine, convert |
| L3 Multi-step procedures | 20% | Several linked steps where you choose the method in a new context | calculate, show that, work out |
| L4 Reasoning and reflecting | 20% | Interpret, compare options, check a claim, or judge fairness | explain, compare, verify, advise |
Q: A finance question on Paper 1 is worth 20 marks. Using the overall cognitive-level weighting in the table, estimate how many of those 20 marks typically sit at each level. (Practice scenario, our own numbers.)
L1 Knowing: 30% of 20 = 6 marks
L2 Routine: 30% of 20 = 6 marks
L3 Multi-step: 20% of 20 = 4 marks
L4 Reasoning: 20% of 20 = 4 marks
∴ 6 + 6 + 4 + 4 = 20 marks, so 12 of the 20 (more than half) are earnable through direct reading and a well-drilled method, before any harder reasoning begins.
The Grade 11 Mathematical Literacy exam is Paper 1 (100 marks, 2 hours) plus Paper 2 (100 marks, 2 hours), a combined 200 marks, four questions per paper, every question compulsory and no multiple-choice section. The two papers carry different topics: Paper 1 is Finance 60, Data handling 35 and Probability 5, while Paper 2 is Measurement 55, Maps and plans 40 and Probability 5. In this pattern measurement and map work are not tested in Paper 1, and finance appears in Paper 2 only as a small costing item attached to a measurement or a map. The overall cognitive split is roughly 30% Knowing, 30% Routine procedures, 20% Multi-step procedures and 20% Reasoning and reflecting (each paper is tagged a little differently), so most marks reward reading carefully and applying a drilled method. Show working on every calculation, keep the unit on every answer, round only at the end, use the calculator that is allowed, and work directly on the annexure where the paper tells you to.
Question 1 of Paper 1 is about 20 to 25 marks of level-1 work (22 in November 2025), and most of it is reading a document. Know what each one carries before you meet it under time pressure.
| Document | What it is | What the paper asks off it |
|---|---|---|
| Till slip | Proof of a shop purchase, item by item | Find a missing line total, the VAT amount, the change due, or the cost per unit |
| Quotation | A priced offer, valid for a stated period, before any work is done | Compare two quotations, add VAT, decide which is cheaper |
| Invoice | The bill after goods or services are delivered | Complete missing amounts, calculate VAT, work out the total due |
| Bank statement | A dated list of deposits, withdrawals, fees and a running balance | Find a missing balance, total the fees, spot the largest withdrawal |
| Municipal bill | Water, electricity, refuse and rates for one month | Read a tariff block, calculate the usage charge, add the fixed charge |
| Household budget | Planned income against planned expenses for a month | Complete missing rows, find the balance, advise on a surplus or a deficit |
| Job | How to do it |
|---|---|
| Budget balance | Balance = total income − total expenses (positive is a surplus, negative a deficit) |
| Net (take-home) pay | Net = gross income − total deductions |
| UIF (the one deduction you calculate as a percentage of gross) | UIF = 1% of gross, capped at R177,12 a month because the contribution ceiling is R17 712 of monthly earnings |
| PAYE on a payslip | Always GIVEN to you as a rand amount. You add it into the deductions column, you never work it out |
| Add VAT (15%) | Inclusive price = exclusive price × 1,15 |
| Remove VAT (15%) | Exclusive price = inclusive price ÷ 1,15 |
| Profit | Profit = selling price − cost price; percentage profit = profit ÷ cost price × 100 |
| Simple interest | A = P(1 + i × n), where i is the rate as a decimal and n the number of years |
| Compound interest | A = P(1 + i)n |
| Percentage change | (new value − old value) ÷ old value × 100 |
| Currency and best buy | Convert with the rate given; best buy compares unit price = price ÷ quantity |
The rate i in the interest formulae is the percentage written as a decimal, so 8% becomes 0,08. Never mix a percentage and a decimal in the same line.
Q: A household receives a salary of R14 200 and a child grant of R560 per month. Its expenses are rent R5 400, groceries R3 850, transport R1 600, electricity R980, school fees R1 200 and airtime R450. (a) Calculate the total income and total expenses. (b) State whether the budget runs a surplus or a deficit, and by how much. (c) Give one realistic suggestion to fix it, naming the item.
(a) Income = 14 200 + 560 = R14 760,00
Expenses = 5 400 + 3 850 + 1 600 + 980 + 1 200 + 450 = R13 480,00
(b) Balance = 14 760 − 13 480 = R1 280,00, which is positive, so the budget runs a surplus of R1 280,00.
(c) The surplus should be saved rather than spent: R1 280 a month put into an interest-bearing savings account builds an emergency fund. Had it been a deficit, the fix would be to cut a variable cost such as the R450 airtime or part of the R3 850 groceries, never the fixed rent.
∴ income R14 760, expenses R13 480, a surplus of R1 280,00 that should be saved (advice marks need a named item, not a general "spend less").
Q: Thandi earns a gross salary of R18 500 per month. Her payslip shows these deductions: PAYE of R2 405 (a given amount, already printed on the slip), pension at 7,5% of gross, UIF at 1% of gross subject to the monthly earnings ceiling, and medical aid R1 150. Calculate her net (take-home) pay.
PAYE = R2 405,00, read straight off the payslip, nothing to calculate
Pension = 7,5% of 18 500 = 0,075 × 18 500 = R1 387,50
UIF: R18 500 is above the ceiling of R17 712, so the 1% is charged on R17 712 = 0,01 × 17 712 = R177,12
Total deductions = 2 405 + 1 387,50 + 177,12 + 1 150 = R5 119,62
Net pay = gross − deductions = 18 500 − 5 119,62 = R13 380,38
∴ Thandi takes home R13 380,38, which is about 72% of her gross salary.
VAT is 15% in South Africa and has been since 2018. It is added to most goods and services, but basic foods such as brown bread, maize meal, rice, dried beans, fresh fruit and vegetables are zero-rated, which is why a till slip often marks some lines with a star and others without.
Q: A kettle is priced at R520,00 excluding VAT. A second shop advertises the same kettle at R632,50 including VAT. (a) Find the first shop's VAT-inclusive price. (b) Find the second shop's VAT-exclusive price. (c) Which shop is cheaper?
(a) Inclusive = 520,00 × 1,15 = R598,00
(b) Exclusive = 632,50 ÷ 1,15 = R550,00
(c) Comparing like with like: R598,00 against R632,50 inclusive.
∴ the first shop is cheaper by R34,50 (compare two prices only once both include VAT, or once both exclude it).
Q: A learner bakes 60 muffins for a fundraiser. Ingredients cost R255,00 and packaging R48,00. Each muffin sells for R9,00. (a) Calculate the cost of making one muffin. (b) Calculate the profit on one muffin. (c) Calculate the total profit if all 60 are sold, and express it as a percentage of the total cost.
(a) Total cost = 255 + 48 = R303,00; cost per muffin = 303 ÷ 60 = R5,05
(b) Profit per muffin = 9,00 − 5,05 = R3,95
(c) Total income = 60 × 9,00 = R540,00; total profit = 540 − 303 = R237,00
Percentage profit = 237 ÷ 303 × 100 = 78,2%
∴ R5,05 to make, R3,95 profit each, R237,00 in total, which is a 78,2% profit on cost (percentage profit is always measured against the COST price unless told otherwise).
Where a question moves from a single item to a whole production run and asks when income first covers costs, that is a break-even question. The method (set income equal to cost, solve, then say what the answer means) is taught in full in the patterns and graphs section, because break-even is nearly always presented as two lines on one set of axes.
Q: A municipality charges water as follows: the first 6 kℓ free, the next 9 kℓ at R14,20 per kℓ, and every kℓ above 15 kℓ at R23,80 per kℓ. A fixed availability charge of R92,00 applies. A household uses 22 kℓ in a month. Calculate the total bill, excluding VAT.
Block 1: first 6 kℓ = R0,00
Block 2: next 9 kℓ (from 6 to 15) = 9 × 14,20 = R127,80
Block 3: the remainder = 22 − 15 = 7 kℓ, so 7 × 23,80 = R166,60
Usage = 0 + 127,80 + 166,60 = R294,40
Total = 294,40 + 92,00 = R386,40
∴ the bill is R386,40 before VAT (only the units INSIDE each block are charged at that block's rate, and the fixed charge is added once at the end).
Bank questions hand you a fee table and a month's activity, and ask for the total charges or for a comparison of two accounts. The work is pure rate times quantity, but the reading has to be exact: a fee "per R100 or part thereof" always rounds up to the next whole hundred.
Q: Account A charges a monthly fee of R65,00, plus R7,50 for each cash withdrawal and R2,20 for each card purchase. Account B charges a flat R135,00 a month with no transaction fees. In one month a customer makes 6 cash withdrawals and 14 card purchases. (a) Calculate the charges on Account A. (b) Advise which account suits this customer, with a reason.
(a) Monthly fee = R65,00
Withdrawals = 6 × 7,50 = R45,00
Card purchases = 14 × 2,20 = R30,80
Total on Account A = 65,00 + 45,00 + 30,80 = R140,80
(b) Account B costs R135,00, which is R5,80 less than Account A for this month's usage.
∴ Account B is cheaper by R5,80 for this pattern of use, and it also stays fixed if the customer transacts more often, whereas Account A rises with every extra transaction.
Two methods earn full marks, and it is worth knowing both. The year-by-year method works the interest out one year at a time in a small table, which is what a marker expects to see as method. The formula method gets to the same answer in one line. Use the formula for speed, but if a question says "show all calculations" over two or three years, the table protects you.
Q: R12 000 is invested for 3 years at 8% per year. Compare the final amount under simple interest and under compound interest.
Simple, by formula: A = P(1 + i × n) = 12 000(1 + 0,08 × 3) = 12 000 × 1,24 = R14 880,00
Simple, year by year: interest is 8% of the ORIGINAL R12 000 = R960 each year, so 3 × 960 = R2 880 added to R12 000 = R14 880,00. Same answer.
Compound, by formula: A = P(1 + i)n = 12 000(1,08)3 = 12 000 × 1,259712 = R15 116,54
Compound, year by year: Year 1: 12 000 × 1,08 = R12 960,00. Year 2: 12 960 × 1,08 = R13 996,80. Year 3: 13 996,80 × 1,08 = R15 116,54. Same answer.
Difference = 15 116,54 − 14 880 = R236,54 more under compound interest.
∴ compound interest earns R236,54 more, because each year's interest is added on and then also earns interest.
Inflation is compound interest wearing a different hat: prices grow by a percentage of last year's price, so the same formula applies. Exchange rates and best-buy comparisons are rate work, and the only real decision is whether to multiply or divide.
Q: A bicycle costs R4 500,00 today. Inflation averages 6% a year. What will the same bicycle cost in 3 years' time, to the nearest rand?
Future price = 4 500 × (1 + 0,06)3 = 4 500 × (1,06)3
= 4 500 × 1,191016 = R5 359,572
To the nearest rand: R5 360
∴ the bicycle will cost about R5 360, roughly R860 more, which is why an income that does not rise with inflation buys less each year.
Q: The rand trades at R18,50 to 1 US dollar. (a) Convert R925 into dollars. (b) Convert $240 into rand. (c) A 750 g jar of coffee costs R89,25 and a 1,2 kg jar costs R138,00. Which is the better buy?
(a) Rand to dollars, so divide: 925 ÷ 18,50 = $50,00
(b) Dollars to rand, so multiply: 240 × 18,50 = R4 440,00
(c) Small jar: 89,25 ÷ 750 = R0,119 per gram, which is R11,90 per 100 g.
Large jar: 138,00 ÷ 1 200 = R0,115 per gram, which is R11,50 per 100 g.
∴ $50,00, R4 440,00, and the 1,2 kg jar is the better buy at R11,50 per 100 g against R11,90 for the small jar.
Finance marks reward neatness. Lay the money out in a column, label every line, and the surplus or deficit is already staring back at you.· line it up before you add it up
Finance is the largest single block of marks in the exam, and all of it sits in Paper 1: 60 of that paper's 100 marks. Know the financial documents on sight, because Question 1 is largely reading them. Net pay is gross minus every deduction, with UIF at 1% of gross to a R177,12 monthly ceiling and PAYE given, never calculated. A budget runs a surplus or deficit depending on whether income beats expenses, and advice marks need a named variable cost. Add 15% VAT by multiplying by 1,15 and remove it by dividing by 1,15; profit is selling price minus cost price, and percentage profit is measured on the cost price. Stepped tariffs charge each block at its own rate before a single fixed charge is added. Bank charges are a monthly fee plus a rate for each transaction. Simple interest, A = P(1 + i × n), adds the same amount each year, while compound interest, A = P(1 + i)n, earns interest on interest, and both can be shown year by year. Inflation behaves exactly like compound growth. Percentage change is (new − old) ÷ old × 100, currency uses the rate in the direction given, and best buy compares price per unit.
This is a free preview of Topic 1. The full guide has every topic, the self-marking quizzes, mock exams, planner, journal and wellbeing tools.
Unlock the full guide on WhatsAppSee pricingYour journal is saved only on this device and browser (it does not sync across devices and is lost if you clear browser data). Use "Export" to keep a copy.
Exam stress is completely normal. Here are a few things that actually work. None of this replaces a doctor or a trusted adult.
Box breathing: 4 counts in, 4 hold, 4 out, 4 hold. Do it four times.
Look at the worked example below first, then make your own. Tick off each topic as you finish it.
Example (already filled in)
| Date | Subject | Topic | Done |
|---|---|---|---|
| Mon 8 Jul | Mathematical Literacy | Your weakest topic, notes + summary | ✓ |
| Tue 9 Jul | Mathematical Literacy | Next topic + 10 practice questions | ✓ |
| Wed 10 Jul | Mathematical Literacy | A full past paper under time | – |
| Thu 11 Jul | Mathematical Literacy | Mark the paper, revise weak spots | – |
Your plan
| Date | Subject | Topic | Done |
|---|---|---|---|
Your plan is saved only on this device. Use "Export plan" to keep a copy.
A winner is a loser who tried one more time.- keep going, all the way to the exam