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Master Straight Line Distance - Intermediate-Advanced Level Problems Straight Line Distance INTERMEDIATE ADVANCED

Excel in competitive exams with this self assessment worksheet on Straight Line Distance. Worksheet 7 of 10 contains 20 intermediate-advanced-level problems. Target your accuracy improvement skills while practicing straight line distance shortcut methods, straight line distance bank exam questions, and straight line distance ssc cgl.

📝 Worksheet 7 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate Advanced level

What you'll learn in this worksheet:
Your progress through Straight Line Distance
Worksheet 7 of 10 (66% complete)

Question 1

A person starts from point O and walks 18m North, then 12m West, then 15m East. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 18m North, then 12m West, then 15m East
2. Net position: (3, 18)
3. Distance = √(3² + 18²) = √333 = 18 m

Question 2

A person starts from point O and walks 13m East, then 20m West. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 13m East, then 20m West
2. Net position: (-7, 0)
3. Distance = √(-7² + 0²) = √49 = 7 m

Question 3

A person starts from point O and walks 11m North, then 8m West, then 23m South. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 11m North, then 8m West, then 23m South
2. Net position: (-8, -12)
3. Distance = √(-8² + -12²) = √208 = 14 m

Question 4

A person starts from point O and walks 13m East, then 12m East, then 12m West. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 13m East, then 12m East, then 12m West
2. Net position: (13, 0)
3. Distance = √(13² + 0²) = √169 = 13 m

Question 5

A person starts from point O and walks 21m West, then 14m East, then 7m West. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 21m West, then 14m East, then 7m West
2. Net position: (-14, 0)
3. Distance = √(-14² + 0²) = √196 = 14 m

Question 6

A person starts from point O and walks 24m West, then 16m East, then 20m North. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 24m West, then 16m East, then 20m North
2. Net position: (-8, 20)
3. Distance = √(-8² + 20²) = √464 = 22 m

Question 7

A person starts from point O and walks 5m West, then 10m North, then 17m East. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 5m West, then 10m North, then 17m East
2. Net position: (12, 10)
3. Distance = √(12² + 10²) = √244 = 16 m

Question 8

A person starts from point O and walks 14m North, then 7m West. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 14m North, then 7m West
2. Net position: (-7, 14)
3. Distance = √(-7² + 14²) = √245 = 16 m

Question 9

A person starts from point O and walks 24m East, then 7m South, then 10m West. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 24m East, then 7m South, then 10m West
2. Net position: (14, -7)
3. Distance = √(14² + -7²) = √245 = 16 m

Question 10

A person starts from point O and walks 12m West, then 22m North, then 20m West. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 12m West, then 22m North, then 20m West
2. Net position: (-32, 22)
3. Distance = √(-32² + 22²) = √1508 = 39 m

Question 11

A person starts from point O and walks 7m East, then 17m East, then 18m South. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 7m East, then 17m East, then 18m South
2. Net position: (24, -18)
3. Distance = √(24² + -18²) = √900 = 30 m

Question 12

A person starts from point O and walks 11m West, then 10m East, then 17m East. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 11m West, then 10m East, then 17m East
2. Net position: (16, 0)
3. Distance = √(16² + 0²) = √256 = 16 m

Question 13

A person starts from point O and walks 12m North, then 22m South, then 17m East. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 12m North, then 22m South, then 17m East
2. Net position: (17, -10)
3. Distance = √(17² + -10²) = √389 = 20 m

Question 14

A person starts from point O and walks 5m West, then 19m North. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 5m West, then 19m North
2. Net position: (-5, 19)
3. Distance = √(-5² + 19²) = √386 = 20 m

Question 15

A person starts from point O and walks 17m South, then 20m West, then 9m South. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 17m South, then 20m West, then 9m South
2. Net position: (-20, -26)
3. Distance = √(-20² + -26²) = √1076 = 33 m

Question 16

A person starts from point O and walks 13m North, then 11m West. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 13m North, then 11m West
2. Net position: (-11, 13)
3. Distance = √(-11² + 13²) = √290 = 17 m

Question 17

A person starts from point O and walks 5m South, then 22m West, then 13m East. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 5m South, then 22m West, then 13m East
2. Net position: (-9, -5)
3. Distance = √(-9² + -5²) = √106 = 10 m

Question 18

A person starts from point O and walks 25m South, then 17m West, then 18m North. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 25m South, then 17m West, then 18m North
2. Net position: (-17, -7)
3. Distance = √(-17² + -7²) = √338 = 18 m

Question 19

A person starts from point O and walks 15m South, then 7m East, then 17m South. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 15m South, then 7m East, then 17m South
2. Net position: (7, -32)
3. Distance = √(7² + -32²) = √1073 = 33 m

Question 20

A person starts from point O and walks 19m East, then 20m East. What is his straight line distance from point O?
Step-by-step:
1. Track movements: 19m East, then 20m East
2. Net position: (39, 0)
3. Distance = √(39² + 0²) = √1521 = 39 m
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