Relative Speed - Intermediate Level: tricky scenarios handling Relative Speed INTERMEDIATE

This expert challenge 📈 worksheet focuses on Relative Speed - a key topic in Distance Logic. You'll solve 20 intermediate-level problems (Worksheet 5 of 10). The primary focus is on tricky scenarios handling. Master how to solve relative speed, relative speed tricks, and relative speed shortcut methods through systematic practice.

📝 Worksheet 5 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate level

What you'll learn in this worksheet:

Master how to solve relative speed through focused practice
Understand the logic behind relative speed tricks
Learn step-by-step approaches to tricky scenarios handling
Improve your solving speed while maintaining accuracy
Learn to eliminate wrong options efficiently

Your progress through Relative Speed

Worksheet 5 of 10 (44% complete)

Question 1

Train A at 41 km/h and Train B at 67 km/h start from stations 537 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 41 + 67 = 108 km/h
2. Time = Distance / Relative Speed = 537 / 108 = 5.0 hours

Question 2

Car A at 50 km/h and Car B at 65 km/h start from the same point in the same direction. How long will it take for them to be 354 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |65 - 50| = 15 km/h
2. Time = Distance / Relative Speed = 354 / 15 = 23.6 hours
3. The second car will be 354 km ahead after 23.6 hours

Question 3

Train A at 61 km/h and Train B at 70 km/h start from stations 371 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 61 + 70 = 131 km/h
2. Time = Distance / Relative Speed = 371 / 131 = 2.8 hours

Question 4

Train A at 62 km/h and Train B at 51 km/h start from stations 567 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 62 + 51 = 113 km/h
2. Time = Distance / Relative Speed = 567 / 113 = 5.0 hours

Question 5

Train A at 41 km/h and Train B at 70 km/h start from stations 409 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 41 + 70 = 111 km/h
2. Time = Distance / Relative Speed = 409 / 111 = 3.7 hours

Question 6

Car A at 69 km/h and Car B at 63 km/h start from the same point in the same direction. How long will it take for them to be 415 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |63 - 69| = 6 km/h
2. Time = Distance / Relative Speed = 415 / 6 = 69.2 hours
3. The first car will be 415 km ahead after 69.2 hours

Question 7

Car A at 66 km/h and Car B at 53 km/h start from the same point in the same direction. How long will it take for them to be 597 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |53 - 66| = 13 km/h
2. Time = Distance / Relative Speed = 597 / 13 = 45.9 hours
3. The first car will be 597 km ahead after 45.9 hours

Question 8

Train A at 56 km/h and Train B at 64 km/h start from stations 365 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 56 + 64 = 120 km/h
2. Time = Distance / Relative Speed = 365 / 120 = 3.0 hours

Question 9

Train A at 46 km/h and Train B at 71 km/h start from stations 523 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 46 + 71 = 117 km/h
2. Time = Distance / Relative Speed = 523 / 117 = 4.5 hours

Question 10

Train A at 46 km/h and Train B at 64 km/h start from stations 453 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 46 + 64 = 110 km/h
2. Time = Distance / Relative Speed = 453 / 110 = 4.1 hours

Question 11

Car A at 52 km/h and Car B at 68 km/h start from the same point in the same direction. How long will it take for them to be 584 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |68 - 52| = 16 km/h
2. Time = Distance / Relative Speed = 584 / 16 = 36.5 hours
3. The second car will be 584 km ahead after 36.5 hours

Question 12

Car A at 45 km/h and Car B at 77 km/h start from the same point in the same direction. How long will it take for them to be 487 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |77 - 45| = 32 km/h
2. Time = Distance / Relative Speed = 487 / 32 = 15.2 hours
3. The second car will be 487 km ahead after 15.2 hours

Question 13

Car A at 55 km/h and Car B at 62 km/h start from the same point in the same direction. How long will it take for them to be 399 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |62 - 55| = 7 km/h
2. Time = Distance / Relative Speed = 399 / 7 = 57.0 hours
3. The second car will be 399 km ahead after 57.0 hours

Question 14

Train A at 61 km/h and Train B at 75 km/h start from stations 338 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 61 + 75 = 136 km/h
2. Time = Distance / Relative Speed = 338 / 136 = 2.5 hours

Question 15

Train A at 41 km/h and Train B at 62 km/h start from stations 488 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 41 + 62 = 103 km/h
2. Time = Distance / Relative Speed = 488 / 103 = 4.7 hours

Question 16

Car A at 52 km/h and Car B at 57 km/h start from the same point in the same direction. How long will it take for them to be 372 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |57 - 52| = 5 km/h
2. Time = Distance / Relative Speed = 372 / 5 = 74.4 hours
3. The second car will be 372 km ahead after 74.4 hours

Question 17

Train A at 63 km/h and Train B at 55 km/h start from stations 458 km apart and move towards each other. How long will they take to meet?

Step-by-step:
1. Relative speed when moving towards each other = 63 + 55 = 118 km/h
2. Time = Distance / Relative Speed = 458 / 118 = 3.9 hours

Question 18

Car A at 63 km/h and Car B at 68 km/h start from the same point in the same direction. How long will it take for them to be 585 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |68 - 63| = 5 km/h
2. Time = Distance / Relative Speed = 585 / 5 = 117.0 hours
3. The second car will be 585 km ahead after 117.0 hours

Question 19

Car A at 50 km/h and Car B at 78 km/h start from the same point in the same direction. How long will it take for them to be 422 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |78 - 50| = 28 km/h
2. Time = Distance / Relative Speed = 422 / 28 = 15.1 hours
3. The second car will be 422 km ahead after 15.1 hours

Question 20

Car A at 65 km/h and Car B at 77 km/h start from the same point in the same direction. How long will it take for them to be 393 km apart?

Step-by-step:
1. Relative speed when moving in same direction = |77 - 65| = 12 km/h
2. Time = Distance / Relative Speed = 393 / 12 = 32.8 hours
3. The second car will be 393 km ahead after 32.8 hours

📝 Continue your Relative Speed practice. Worksheet 5 focuses on tricky scenarios handling.

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