Multiplication Tables Worksheet for Class 3 ICSE — Free PDF with Answers

If there is one skill that separates children who find maths easy from those who struggle, it is fluency with multiplication tables. In Class 3, the ICSE syllabus expects children to know tables from 2 to 10 by heart and to apply them in column multiplication and word problems.

Tables are not about rote memorisation alone — though quick recall certainly helps. Understanding that $6 \times 4 = 24$ means six groups of four, or four groups of six, builds the conceptual foundation for division, fractions, and algebra in later years. The ICSE board, governed by CISCE, values this dual understanding of facts and meaning.

This Class 3 ICSE multiplication tables worksheet offers 60 carefully graded questions. Level 1 builds recall, Level 2 introduces column multiplication of two-digit numbers by one-digit numbers, and Level 3 brings in multi-step word problems. Every question includes a detailed solution.

The ICSE Class 3 multiplication unit covers the following core ideas.

Multiplication tables from 2 to 10. Complete mastery of all tables up to $10 \times 10$. Children should be able to recall any product within 2-3 seconds.

Multiplication as repeated addition. $4 \times 6 = 6 + 6 + 6 + 6 = 24$. This connection helps children verify their table facts.

Commutative property. $5 \times 8 = 8 \times 5 = 40$. Knowing this halves the number of facts to memorise.

Multiplication by 0 and 1. Any number multiplied by 0 is 0, and any number multiplied by 1 is itself. These identity properties are tested directly in ICSE exams.

Column multiplication. Multiplying a two-digit (or even three-digit) number by a single-digit number using the standard algorithm. Example: $47 \times 6$.

Multiplying by 10. A shortcut: $35 \times 10 = 350$. Simply append a zero.

Word problems. Practical scenarios involving multiplication — buying multiple items at the same price, arranging objects in rows, and computing totals.

Patterns in multiplication. Recognising that multiples of 5 end in 0 or 5, multiples of 2 are even, and other patterns that aid quick computation.

The worksheet employs a range of formats.

• Quick recall — Fill in: $7 \times 8 =$ ___
  - Missing factor — $6 \times$ ___ $= 54$
  - Column multiplication — Compute $36 \times 7$ using the standard method
  - Multiplication by 10 — $48 \times 10 =$ ___
  - True or false — $9 \times 6 = 56$. True or false?
  - Match the product — Match each multiplication expression to its answer
  - Word problems — A packet of crayons costs Rs 45. Meera buys 8 packets. How much does she pay?
  - Pattern recognition — Fill in the next three terms: 12, 24, 36, ___, ___, ___
  - Comparison — Which is greater: $8 \times 7$ or $9 \times 6$?

The variety ensures children develop both speed and understanding.

Level 1 targets fluency with table facts and basic conceptual understanding.

Sample questions:

1. Fill in the blanks:
$3 \times 7 =$ ___, $6 \times 9 =$ ___, $8 \times 4 =$ ___
Answers: 21, 54, 32

2. Write the multiplication fact: $5 + 5 + 5 + 5 + 5 + 5 =$ ___
*Answer: $6 \times 5 = 30$*

3. Find the missing number: $9 \times$ ___ $= 72$.
*Answer: $8$, because $9 \times 8 = 72$.*

4. True or false: $7 \times 0 = 7$.
*Answer: False. $7 \times 0 = 0$.*

5. Write the first 10 multiples of 6.
Answer: 6, 12, 18, 24, 30, 36, 42, 48, 54, 60.

Level 1 builds the automatic recall that makes everything else in multiplication faster. Children should aim to complete these 20 questions in under 10 minutes.

A good approach at home is to practise tables orally for five minutes every day — in the car, before dinner, or while walking to school. This daily habit makes a noticeable difference within two weeks.

Level 2 moves from individual facts to multiplying larger numbers and solving straightforward word problems.

Sample questions:

1. Multiply: $34 \times 6$.
*Answer: Ones: $4 \times 6 = 24$, write 4 carry 2. Tens: $3 \times 6 = 18$, add carried 2 = 20. Answer: $204$.*

2. Multiply: $57 \times 8$.
*Answer: Ones: $7 \times 8 = 56$, write 6 carry 5. Tens: $5 \times 8 = 40$, add 5 = 45. Answer: $456$.*

3. A box contains 9 pencils. How many pencils are there in 7 boxes?
*Answer: $9 \times 7 = 63$ pencils.*

4. There are 6 rows of chairs in a hall. Each row has 48 chairs. How many chairs are there in total?
*Answer: $48 \times 6 = 288$ chairs.*

5. Compute: $125 \times 4$.
*Answer: Ones: $5 \times 4 = 20$, write 0 carry 2. Tens: $2 \times 4 = 8$, add 2 = 10, write 0 carry 1. Hundreds: $1 \times 4 = 4$, add 1 = 5. Answer: $500$.*

Level 2 is where children learn the standard algorithm that will serve them through the rest of school. Neat alignment in columns is essential — encourage the use of grid paper.

Level 3 requires combining multiplication with other operations and thinking through more complex scenarios.

Sample questions:

1. A school orders 8 packets of notebooks. Each packet has 24 notebooks. If 150 notebooks are given to Class 3 and the rest to Class 4, how many does Class 4 get?
*Answer: Total = $24 \times 8 = 192$. Class 4 gets $192 - 150 = 42$ notebooks.*

2. Which is greater: $7 \times 86$ or $9 \times 67$?
*Answer: $7 \times 86 = 602$. $9 \times 67 = 603$. So $9 \times 67$ is greater by 1.*

3. The product of two numbers is 360. One number is 9. What is the other?
*Answer: $360 \div 9 = 40$.*

4. Aman buys 5 kg of rice at Rs 68 per kg and 3 kg of sugar at Rs 45 per kg. What is the total bill?
*Answer: Rice: $68 \times 5 = 340$. Sugar: $45 \times 3 = 135$. Total: $340 + 135 = \text{Rs } 475$.*

5. Fill in the pattern: $9 \times 1 = 9$, $9 \times 2 = 18$, $9 \times 3 = 27$, ..., $9 \times 9 =$ ___. What pattern do you notice in the digits of the products?
*Answer: $9 \times 9 = 81$. Pattern: the tens digit increases by 1 (0, 1, 2, ..., 8) and the ones digit decreases by 1 (9, 8, 7, ..., 1). Also, the digits of each product sum to 9.*

Level 3 questions are the kind that appear in the "HOTS" (Higher Order Thinking Skills) section of ICSE exam papers.

Daily oral practice. Spend five minutes each day going through tables. Mix them up — do not always go in order from $\times 1$ to $\times 10$. Random recall is what children need in exams.

The finger trick for the 9 times table. Hold both hands up with fingers spread. To find $9 \times 4$, fold down the 4th finger from the left. The fingers to the left of the folded finger (3) give the tens digit, and the fingers to the right (6) give the ones digit: $36$.

Flashcard games. Write multiplication questions on one side of index cards and answers on the other. Shuffle and go through the deck. Set aside any cards your child gets wrong and review those at the end.

Connect to real life. "We need 6 eggs for one cake. We are baking 4 cakes. How many eggs?" Everyday multiplication makes the concept tangible.

Reward speed and accuracy. Time your child on 20 table-fact questions. Record their time and try to beat it next week. This gamification keeps motivation high.

Do not skip the hard facts. Children naturally avoid the products they find difficult. Identify the weak spots (often $7 \times 8$, $6 \times 9$, $8 \times 8$) and practise those specifically.

SparkEd provides two free resources for ICSE Class 3 multiplication.

Free printable worksheet. Download a PDF with 60 questions (20 per level) and full solutions. The worksheet covers table recall, column multiplication, and word problems — everything the ICSE syllabus demands. Download the Multiplication Tables worksheet here.

Online interactive practice. Answer questions on screen with instant feedback. If your child enters a wrong product, SparkEd shows the correct table fact and a brief explanation. This immediate correction is far more effective than discovering mistakes days later. Start practising Multiplication Tables online.

Both resources are purpose-built for the ICSE board. The question difficulty and language match what children face in ICSE classroom tests. Worksheets require no sign-up, and online practice is free with a SparkEd account.

Once your child has strong table facts and column multiplication skills, they are ready for Division, where they will use multiplication in reverse.