Imagine your mother makes a round roti and cuts it into 2 equal parts. She gives one part to you and one part to your sister. Each of you gets one out of two equal parts. We write this as Β½ (one-half).
A fraction tells us how many equal parts of a whole we are talking about. When we divide something into equal parts and take some of those parts, we get a fraction.
For example, if a cake is cut into 4 equal pieces and you eat 1 piece, you have eaten ΒΌ (one-quarter) of the cake. The remaining cake is ΒΎ (three-quarters).
Every fraction has two numbers separated by a line:
| 3 | β Numerator (top number) β tells how many parts we have taken |
| 4 | β Denominator (bottom number) β tells how many equal parts the whole is divided into |
So in the fraction ΒΎ:
Β½ β Numerator = 1, Denominator = 2 (1 part out of 2 equal parts)
3/8 β Numerator = 3, Denominator = 8 (3 parts out of 8 equal parts)
5/6 β Numerator = 5, Denominator = 6 (5 parts out of 6 equal parts)
A fraction with 1 as the numerator is called a unit fraction. It means we have taken exactly one part out of the whole.
Examples: Β½, β , ΒΌ, β , β , β
A fraction where the numerator is less than the denominator is called a proper fraction. It is always less than 1 whole.
Examples: Β½, β , ΒΎ, 3/5, 5/8, 7/10
In all these fractions, the top number is smaller than the bottom number.
4/7 β Yes (4 < 7) β
5/5 β No (5 = 5, this equals 1 whole)
2/9 β Yes (2 < 9) β
We can also find a fraction of a group of objects. To find a fraction of a collection, we divide the total number of objects by the denominator, then multiply by the numerator.
Step 1: Divide 12 by 3 (the denominator) β 12 Γ· 3 = 4
Step 2: Multiply by 1 (the numerator) β 4 Γ 1 = 4
Answer: β of 12 = 4 laddoos
Step 1: 20 Γ· 4 = 5
Step 2: 5 Γ 1 = 5
Answer: ΒΌ of 20 = 5 mangoes
Step 1: 15 Γ· 5 = 3
Step 2: 3 Γ 2 = 6
Answer: 2/5 of 15 = 6 pencils
Like fractions are fractions that have the same denominator (same number of equal parts).
To compare like fractions, we simply compare their numerators. The fraction with the bigger numerator is the bigger fraction.
Both fractions have denominator 7 (like fractions).
Compare numerators: 3 and 5. Since 5 > 3, we get 5/7 > 3/7.
All have denominator 9. Compare numerators: 1, 2, 4, 7.
Ascending order: 1/9 < 2/9 < 4/9 < 7/9
Rule for like fractions:
Equivalent fractions are fractions that look different but represent the same value.
If you cut a roti into 2 equal parts and take 1 part, you get Β½. If you cut the same roti into 4 equal parts and take 2 parts, you get 2/4. Both are the same amount!
Β½ = 2/4 = 3/6 = 4/8 β all these are equivalent fractions.
Multiply (or divide) both the numerator and denominator by the same number.
Β½ β multiply both by 2 β 2/4
Β½ β multiply both by 3 β 3/6
β β multiply both by 2 β 4/6
β β multiply both by 3 β 6/9
| Word | Meaning |
|---|---|
| Fraction | A part of a whole, written as one number over another (e.g., ΒΎ) |
| Numerator | The top number β tells how many parts are taken |
| Denominator | The bottom number β tells how many equal parts the whole is divided into |
| Unit Fraction | A fraction with 1 as the numerator (e.g., Β½, β , ΒΌ) |
| Proper Fraction | A fraction where the numerator is less than the denominator |
| Like Fractions | Fractions with the same denominator (e.g., 2/7 and 5/7) |
| Equivalent Fractions | Fractions that have the same value (e.g., Β½ = 2/4) |
| Whole | The complete object or group before it is divided |
| Equal Parts | Parts that are exactly the same size |
| Collection | A group of objects (e.g., 12 laddoos, 20 mangoes) |
| Column A | Column B |
|---|---|
| 1. Β½ of 14 | (a) 5 |
| 2. ΒΌ of 20 | (b) 7 |
| 3. β of 18 | (c) 4 |
| 4. β of 20 | (d) 6 |
| 5. Β½ of 8 | (e) 5 |
Paper Folding Fractions:
Take a rectangular sheet of paper (A4 or any sheet).
Step 1: Fold it into 2 equal parts. Open it and colour one part. You have coloured Β½ of the paper.
Step 2: Take another sheet. Fold it into 4 equal parts (fold in half, then fold in half again). Open it and colour 1 part. You have coloured ΒΌ of the paper.
Step 3: Take another sheet. Fold it into 4 equal parts. Colour 3 parts. You have coloured ΒΎ of the paper.
Step 4: Now fold a sheet into 8 equal parts. Colour 4 parts. What fraction did you colour? Is it the same as Β½? (Yes! 4/8 = Β½ β equivalent fractions!)
Challenge: Can you fold a paper into 3 equal parts? Try it! Colour 1 part to show β and 2 parts to show β .
Want to use this as a worksheet? Switch to the A4 printable view.
Imagine your mother makes a round roti and cuts it into 2 equal parts. She gives one part to you and one part to your sister. Each of you gets one out of two equal parts. We write this as Β½ (one-half).
A fraction tells us how many equal parts of a whole we are talking about. When we divide something into equal parts and take some of those parts, we get a fraction.
If a cake is cut into 4 equal pieces and you eat 1 piece, you have eaten ΒΌ (one-quarter) of the cake. The remaining cake is ΒΎ (three-quarters).
| 3 | β Numerator (top) β parts taken |
| 4 | β Denominator (bottom) β total equal parts |
In ΒΎ: Numerator = 3 (parts taken), Denominator = 4 (total equal parts).
1. Unit Fractions: Numerator is always 1. Examples: Β½, β , ΒΌ, β , β , β
2. Proper Fractions: Numerator < Denominator. Always less than 1 whole.
Examples: Β½, β , ΒΎ, 3/5, 5/8, 7/10. In all these, the top number is smaller than the bottom number.
To find a fraction of a group: divide total by denominator, then multiply by numerator.
Like fractions = same denominator. Compare numerators: bigger numerator = bigger fraction.
Fractions that look different but have the same value. Multiply or divide both numerator and denominator by the same number.
Β½ = 2/4 = 3/6 = 4/8 β all equivalent!
| Word | Meaning |
|---|---|
| Fraction | A part of a whole, written as one number over another |
| Numerator | Top number β how many parts are taken |
| Denominator | Bottom number β total equal parts |
| Unit Fraction | Numerator is 1 (e.g., Β½, β , ΒΌ) |
| Proper Fraction | Numerator < Denominator |
| Like Fractions | Same denominator (e.g., 2/7 and 5/7) |
| Equivalent Fractions | Same value (e.g., Β½ = 2/4) |
| Whole | The complete object before dividing |
| Equal Parts | Parts that are exactly the same size |
| Collection | A group of objects |
| Column A | Column B |
|---|---|
| 1. Β½ of 14 | (a) 5 |
| 2. ΒΌ of 20 | (b) 7 |
| 3. β of 18 | (c) 4 |
| 4. β of 20 | (d) 6 |
| 5. Β½ of 8 | (e) 5 |
Step 1: Take a sheet. Fold into 2 equal parts. Colour 1 part β you coloured Β½.
Step 2: New sheet. Fold into 4 equal parts. Colour 1 part β you coloured ΒΌ.
Step 3: Same sheet (4 parts). Colour 3 parts β you coloured ΒΎ.
Step 4: New sheet. Fold into 8 parts. Colour 4 parts β 4/8 = Β½ (equivalent fractions!)
Challenge: Fold a paper into 3 equal parts. Colour 1 part (β ) and 2 parts (β ).
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