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Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between?
Most Upvoted Answer
Two cyclists are moving towards each other with a speed of 4 metres pe...
Given:
- Speed of the cyclists = 4 m/s
- Initial distance between the cyclists = 800 m
- Speed of the butterfly = 6 m/s
To find:
- Total distance traveled by the butterfly before it is wedged in between the cyclists.
Approach:
1. Calculate the time taken for the cyclists to meet each other.
2. Calculate the distance covered by each cyclist until they meet.
3. Calculate the total distance traveled by the butterfly before it is wedged in between.
Solution:
1. Calculate the time taken for the cyclists to meet each other:
- The relative speed of the two cyclists is the sum of their individual speeds: 4 m/s + 4 m/s = 8 m/s.
- Time taken to meet = Distance / Relative speed
= 800 m / 8 m/s
= 100 seconds
2. Calculate the distance covered by each cyclist until they meet:
- Distance covered by each cyclist in 100 seconds = Speed * Time
Cyclist 1:
Distance covered = 4 m/s * 100 s = 400 m
Cyclist 2:
Distance covered = 4 m/s * 100 s = 400 m
3. Calculate the total distance traveled by the butterfly before it is wedged in between:
- The butterfly flies back and forth between the cyclists.
- The distance traveled by the butterfly is equal to the distance between the cyclists when they meet.
- Since each cyclist covers 400 m before they meet, the total distance traveled by the butterfly is twice this distance.
- Total distance traveled by the butterfly = 2 * 400 m = 800 m
Therefore, the total distance traveled by the butterfly before it is wedged in between the cyclists is 800 meters.
- Speed of the cyclists = 4 m/s
- Initial distance between the cyclists = 800 m
- Speed of the butterfly = 6 m/s
To find:
- Total distance traveled by the butterfly before it is wedged in between the cyclists.
Approach:
1. Calculate the time taken for the cyclists to meet each other.
2. Calculate the distance covered by each cyclist until they meet.
3. Calculate the total distance traveled by the butterfly before it is wedged in between.
Solution:
1. Calculate the time taken for the cyclists to meet each other:
- The relative speed of the two cyclists is the sum of their individual speeds: 4 m/s + 4 m/s = 8 m/s.
- Time taken to meet = Distance / Relative speed
= 800 m / 8 m/s
= 100 seconds
2. Calculate the distance covered by each cyclist until they meet:
- Distance covered by each cyclist in 100 seconds = Speed * Time
Cyclist 1:
Distance covered = 4 m/s * 100 s = 400 m
Cyclist 2:
Distance covered = 4 m/s * 100 s = 400 m
3. Calculate the total distance traveled by the butterfly before it is wedged in between:
- The butterfly flies back and forth between the cyclists.
- The distance traveled by the butterfly is equal to the distance between the cyclists when they meet.
- Since each cyclist covers 400 m before they meet, the total distance traveled by the butterfly is twice this distance.
- Total distance traveled by the butterfly = 2 * 400 m = 800 m
Therefore, the total distance traveled by the butterfly before it is wedged in between the cyclists is 800 meters.
Community Answer
Two cyclists are moving towards each other with a speed of 4 metres pe...
The total distance of the cycle is 810 metres .
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Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between?
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Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between? for Class 6 2024 is part of Class 6 preparation. The Question and answers have been prepared according to the Class 6 exam syllabus. Information about Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between? covers all topics & solutions for Class 6 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between?.
Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between? for Class 6 2024 is part of Class 6 preparation. The Question and answers have been prepared according to the Class 6 exam syllabus. Information about Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between? covers all topics & solutions for Class 6 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between?.
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Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between?, a detailed solution for Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between? has been provided alongside types of Two cyclists are moving towards each other with a speed of 4 metres per second each initially they were 800 metres away a butterfly flies from the front of the wheel of one bicycle to the front of the wheel of the Other bicycle back and forth. if the speed of butterfly is 6 metres per second find the total distance that it travels before it is wedged in between? theory, EduRev gives you an
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