Problem 1
A teacher makes 9 rows of chairs with 7 chairs in each row. How many chairs are there altogether?
Answer: 63 chairs
- There are 9 equal rows.
- Each row has 7 chairs.
- Multiply equal groups: 9 × 7 = 63.
How to explain it: Rows and equal groups are strong signals for multiplication.
Problem 2
A fruit stall sells 12 bags of apples each morning. Every bag has 9 apples. How many apples are sold in those bags?
Answer: 108 apples
- Find the number of groups: 12 bags.
- Find the amount in each group: 9 apples.
- Multiply: 12 × 9 = 108.
How to explain it: Ask, “How many groups?” and “How many in each group?” That almost always clarifies multiplication word problems.
Problem 3
A runner trains for 12 days and completes 8 laps each day. How many laps does the runner complete altogether?
Answer: 96 laps
- The same number of laps is repeated each day.
- That means repeated addition can be shortened with multiplication.
- 12 × 8 = 96.
How to explain it: If your child wants to add repeatedly, let them start there, then show how multiplication says the same thing faster.
Problem 4
A classroom display board is 19 squares wide and 6 squares tall. How many small squares cover the board?
Answer: 114 squares
- This is an array with 19 columns and 6 rows.
- Multiply width by height: 19 × 6 = 114.
- Arrays are a visual model for multiplication.
How to explain it: Area-style questions often help children see multiplication without thinking only about times tables.
Problem 5
A shop sells pencils in packs of 7. If a school buys 9 packs, how many pencils does it get?
Answer: 63 pencils
- Each pack has 7 pencils.
- There are 9 equal packs.
- 9 × 7 = 63.
How to explain it: Make children picture the packs physically. Multiplication makes more sense when the equal groups feel real.
Problem 6
A music lesson lasts 40 minutes. If there are 5 lessons in one afternoon, how many minutes of music lessons are there in total?
Answer: 200 minutes
- Each lesson lasts the same amount of time: 40 minutes.
- There are 5 lessons.
- Multiply: 40 × 5 = 200.
How to explain it: Some children miss multiplication clues when the numbers are not small. Keep stressing equal-sized groups.
Problem 7
One movie ticket costs $2.60. A parent buys 7 tickets. How much do the tickets cost altogether?
Answer: $18.20
- One ticket costs $2.60.
- There are 7 equal ticket prices to add.
- Multiply in cents: 260 × 7 = 1820 cents.
- Convert to dollars: $18.20.
How to explain it: Money is a good reason to multiply decimals or cents because the repeated equal price is easy to imagine.
Problem 8
A club has 10 teams. Each team brings 7 water bottles. How many bottles are brought altogether?
Answer: 70 bottles
- There are 10 equal teams.
- Each team brings 7 bottles.
- Multiply: 10 × 7 = 70.
How to explain it: If a child adds only one or two teams, ask how many equal groups are still missing.
Problem 9
A printer produces 11 labels on each sheet. If the office prints 6 sheets, how many labels are printed?
Answer: 66 labels
- Each sheet has the same number of labels: 11.
- There are 6 sheets.
- 11 × 6 = 66.
How to explain it: Use the language “same each time” to highlight why multiplication fits.
Problem 10
A camp gives every child 9 stickers each day for 5 days. If one child attends every day, how many stickers does that child receive?
Answer: 45 stickers
- One day gives 9 stickers.
- There are 5 equal days.
- Multiply: 9 × 5 = 45.
How to explain it: Repeated rewards over equal days are a clean way to show multiplication as repeated addition.