Class 5 Maths Can you see the Pattern Worksheet Set C - Free Printable
Educational worksheet: Class 5 Maths Can you see the Pattern Worksheet Set C. Download and print for classroom or home learning activities.
PNG
571×563
33.5 KB
Free · Personal Use
Quality Assured by Worksheets Library Team
Reviewed for educational accuracy and age-appropriateness
ID: #750770
⭐
Show Answer Key & Explanations
Step-by-step solution for: Class 5 Maths Can you see the Pattern Worksheet Set C
▼
Show Answer Key & Explanations
Step-by-step solution for: Class 5 Maths Can you see the Pattern Worksheet Set C
Let’s solve each question one by one with clear reasoning.
---
Q1. (A) What comes next? (Choose the correct option):
Sequence: Triangle → Square → Pentagon → ?
We are seeing a progression in the number of sides:
- Triangle = 3 sides
- Square = 4 sides
- Pentagon = 5 sides
So the next shape should have 6 sides → Hexagon
Now look at the options:
(a) Diamond (rhombus) — 4 sides
(b) Hexagon — ✔ 6 sides
(c) House-shaped pentagon — 5 sides
(d) Irregular quadrilateral — 4 sides
✔ Correct Answer: (b)
---
(B) ORANGE → RANG → ?
We are removing letters from “ORANGE” to get “RANG”.
Let’s see what letters are removed:
ORANGE → RANG
Original: O - R - A - N - G - E
Result: R - A - N - G
So we removed O and E — the first and last letters.
If we apply the same logic to “RANG”:
R - A - N - G → remove first and last → A - N
✔ So answer is AN
Options:
(a) NG
(b) ANG
(c) AN ← ✔
(d) RAN
✔ Correct Answer: (c) AN
---
Q2. Complete the series: 32, 40, 48, 56, ___
This is an arithmetic sequence.
Check the difference:
40 - 32 = 8
48 - 40 = 8
56 - 48 = 8
So, add 8 to 56 → 64
✔ Answer: 64
---
Q3. Fill in the blanks:
(a) 39 + ___ + 19 = 42 + 19 + ___
Let’s denote the blanks as X and Y:
39 + X + 19 = 42 + 19 + Y
→ 58 + X = 61 + Y
→ X - Y = 3
We need to find numbers that satisfy this. But since it’s likely expecting simple integers and possibly symmetry or equality, let’s try balancing both sides.
Notice: Left side has 39 and 19; right has 42 and 19.
So if we move 39 to 42, we need to add 3 on left or subtract 3 on right.
Try: Let X = 42, then left = 39 + 42 + 19 = 100
Right = 42 + 19 + Y → 61 + Y = 100 → Y = 39
So: 39 + 42 + 19 = 42 + 19 + 39
Both sides = 100 ✔
Alternatively, you can swap the outer numbers.
✔ So blanks are: 42 and 39
(b) 42 × ___ = 25 × ___
We need two numbers such that 42 × A = 25 × B
This implies: A/B = 25/42
So smallest integer solution is A=25, B=42
Check: 42 × 25 = 1050
25 × 42 = 1050 ✔
✔ So blanks are: 25 and 42
---
Q4. Look at the pattern below and choose the correct answer:
Given:
(9 - 1) ÷ 8 = 1
(98 - 2) ÷ 8 = 12
(987 - 3) ÷ 8 = 123
(9876 - 4) ÷ 8 = ?
(98765 - 5) ÷ 8 = ?
Let’s compute step by step:
First: (9 - 1)/8 = 8/8 = 1 ✔
Second: (98 - 2)/8 = 96/8 = 12 ✔
Third: (987 - 3)/8 = 984/8 = 123 ✔
Fourth: (9876 - 4)/8 = 9872 / 8 = ?
Compute 9872 ÷ 8:
8 × 1234 = 9872 → so answer is 1234
Fifth: (98765 - 5)/8 = 98760 / 8 = ?
8 × 12345 = 98760 → so answer is 12345
So the pattern gives: 1234, 12345
Look at options:
(a) 1234, 123456 → too long
(b) 1234, 12345 ← ✔ matches
(c) 1235, 12356 → wrong digits
(d) 1244, 1245 → wrong
✔ Correct Answer: (b) 1234, 12345
---
Q5. Complete the magic square using all numbers from 35 to 43 so that total of each line is 117.
We are given:
```
a b 40
37 39 c
d 43 e
```
Numbers available: 35, 36, 37, 38, 39, 40, 41, 42, 43
Used already: 37, 39, 40, 43 → remaining: 35, 36, 38, 41, 42
Each row, column, diagonal must sum to 117.
Let’s label positions:
Row1: a + b + 40 = 117 → a + b = 77
Row2: 37 + 39 + c = 117 → 76 + c = 117 → c = 41 ✔ (available)
Row3: d + 43 + e = 117 → d + e = 74
Col1: a + 37 + d = 117 → a + d = 80
Col2: b + 39 + 43 = 117 → b + 82 = 117 → b = 35 ✔ (available)
Now from Row1: a + b = 77 → a + 35 = 77 → a = 42 ✔
From Col1: a + d = 80 → 42 + d = 80 → d = 38 ✔
From Row3: d + e = 74 → 38 + e = 74 → e = 36 ✔
Now check remaining number: we used 35, 38, 41, 42, 36 → all assigned.
Check diagonals:
Main diagonal: a + 39 + e = 42 + 39 + 36 = 117 ✔
Other diagonal: 40 + 39 + d = 40 + 39 + 38 = 117 ✔
All rows/columns/diagonals = 117 ✔
Final grid:
```
42 35 40
37 39 41
38 43 36
```
✔ So the values are:
a=42, b=35, c=41, d=38, e=36
But the question says “complete the magic square”, and doesn’t ask for specific variables — but since it’s multiple choice? Wait — actually, no options are given for Q5, so we just fill it.
But perhaps the question expects us to list the missing numbers? Since it’s not multiple choice, we’ve solved it fully.
---
## ✔ Final Answers:
Q1. (A) → (b)
Q1. (B) → (c) AN
Q2. → 64
Q3. (a) → 42, 39
Q3. (b) → 25, 42
Q4. → (b) 1234, 12345
Q5. →
a=42, b=35, c=41, d=38, e=36
Grid:
```
42 35 40
37 39 41
38 43 36
```
All lines sum to 117 ✔
---
Let me know if you want this formatted for submission!
---
Q1. (A) What comes next? (Choose the correct option):
Sequence: Triangle → Square → Pentagon → ?
We are seeing a progression in the number of sides:
- Triangle = 3 sides
- Square = 4 sides
- Pentagon = 5 sides
So the next shape should have 6 sides → Hexagon
Now look at the options:
(a) Diamond (rhombus) — 4 sides
(b) Hexagon — ✔ 6 sides
(c) House-shaped pentagon — 5 sides
(d) Irregular quadrilateral — 4 sides
✔ Correct Answer: (b)
---
(B) ORANGE → RANG → ?
We are removing letters from “ORANGE” to get “RANG”.
Let’s see what letters are removed:
ORANGE → RANG
Original: O - R - A - N - G - E
Result: R - A - N - G
So we removed O and E — the first and last letters.
If we apply the same logic to “RANG”:
R - A - N - G → remove first and last → A - N
✔ So answer is AN
Options:
(a) NG
(b) ANG
(c) AN ← ✔
(d) RAN
✔ Correct Answer: (c) AN
---
Q2. Complete the series: 32, 40, 48, 56, ___
This is an arithmetic sequence.
Check the difference:
40 - 32 = 8
48 - 40 = 8
56 - 48 = 8
So, add 8 to 56 → 64
✔ Answer: 64
---
Q3. Fill in the blanks:
(a) 39 + ___ + 19 = 42 + 19 + ___
Let’s denote the blanks as X and Y:
39 + X + 19 = 42 + 19 + Y
→ 58 + X = 61 + Y
→ X - Y = 3
We need to find numbers that satisfy this. But since it’s likely expecting simple integers and possibly symmetry or equality, let’s try balancing both sides.
Notice: Left side has 39 and 19; right has 42 and 19.
So if we move 39 to 42, we need to add 3 on left or subtract 3 on right.
Try: Let X = 42, then left = 39 + 42 + 19 = 100
Right = 42 + 19 + Y → 61 + Y = 100 → Y = 39
So: 39 + 42 + 19 = 42 + 19 + 39
Both sides = 100 ✔
Alternatively, you can swap the outer numbers.
✔ So blanks are: 42 and 39
(b) 42 × ___ = 25 × ___
We need two numbers such that 42 × A = 25 × B
This implies: A/B = 25/42
So smallest integer solution is A=25, B=42
Check: 42 × 25 = 1050
25 × 42 = 1050 ✔
✔ So blanks are: 25 and 42
---
Q4. Look at the pattern below and choose the correct answer:
Given:
(9 - 1) ÷ 8 = 1
(98 - 2) ÷ 8 = 12
(987 - 3) ÷ 8 = 123
(9876 - 4) ÷ 8 = ?
(98765 - 5) ÷ 8 = ?
Let’s compute step by step:
First: (9 - 1)/8 = 8/8 = 1 ✔
Second: (98 - 2)/8 = 96/8 = 12 ✔
Third: (987 - 3)/8 = 984/8 = 123 ✔
Fourth: (9876 - 4)/8 = 9872 / 8 = ?
Compute 9872 ÷ 8:
8 × 1234 = 9872 → so answer is 1234
Fifth: (98765 - 5)/8 = 98760 / 8 = ?
8 × 12345 = 98760 → so answer is 12345
So the pattern gives: 1234, 12345
Look at options:
(a) 1234, 123456 → too long
(b) 1234, 12345 ← ✔ matches
(c) 1235, 12356 → wrong digits
(d) 1244, 1245 → wrong
✔ Correct Answer: (b) 1234, 12345
---
Q5. Complete the magic square using all numbers from 35 to 43 so that total of each line is 117.
We are given:
```
a b 40
37 39 c
d 43 e
```
Numbers available: 35, 36, 37, 38, 39, 40, 41, 42, 43
Used already: 37, 39, 40, 43 → remaining: 35, 36, 38, 41, 42
Each row, column, diagonal must sum to 117.
Let’s label positions:
Row1: a + b + 40 = 117 → a + b = 77
Row2: 37 + 39 + c = 117 → 76 + c = 117 → c = 41 ✔ (available)
Row3: d + 43 + e = 117 → d + e = 74
Col1: a + 37 + d = 117 → a + d = 80
Col2: b + 39 + 43 = 117 → b + 82 = 117 → b = 35 ✔ (available)
Now from Row1: a + b = 77 → a + 35 = 77 → a = 42 ✔
From Col1: a + d = 80 → 42 + d = 80 → d = 38 ✔
From Row3: d + e = 74 → 38 + e = 74 → e = 36 ✔
Now check remaining number: we used 35, 38, 41, 42, 36 → all assigned.
Check diagonals:
Main diagonal: a + 39 + e = 42 + 39 + 36 = 117 ✔
Other diagonal: 40 + 39 + d = 40 + 39 + 38 = 117 ✔
All rows/columns/diagonals = 117 ✔
Final grid:
```
42 35 40
37 39 41
38 43 36
```
✔ So the values are:
a=42, b=35, c=41, d=38, e=36
But the question says “complete the magic square”, and doesn’t ask for specific variables — but since it’s multiple choice? Wait — actually, no options are given for Q5, so we just fill it.
But perhaps the question expects us to list the missing numbers? Since it’s not multiple choice, we’ve solved it fully.
---
## ✔ Final Answers:
Q1. (A) → (b)
Q1. (B) → (c) AN
Q2. → 64
Q3. (a) → 42, 39
Q3. (b) → 25, 42
Q4. → (b) 1234, 12345
Q5. →
a=42, b=35, c=41, d=38, e=36
Grid:
```
42 35 40
37 39 41
38 43 36
```
All lines sum to 117 ✔
---
Let me know if you want this formatted for submission!
Parent Tip: Review the logic above to help your child master the concept of pattern worksheet for class 5.