Question

Two boys on bicycles, 87 miles apart, began racing directly toward each other. The instant they started, a fly on the handle bar of one bicycle started flying straight toward the other cyclist. As soon as it reached the other handle bar it turned and started back. The fly flew back and forth in this way, from handle bar to handle bar, until the two bicycles met. If each bicycle had a constant speed of 15 miles an hour, and the fly flew at a constant speed of 16 miles an hour, how far did the fly fly?

          Two boys on bicycles, 87 miles apart, began racing directly toward each other. The instant they started, a fly on the handle bar of one bicycle started flying straight toward the other cyclist. As soon as it reached the other handle bar it turned and started back. The fly flew back and forth in this way, from handle bar to handle bar, until the two bicycles met.

If each bicycle had a constant speed of 15 miles an hour, and the fly flew at a constant speed of 16 miles an hour, how far did the fly fly?
        
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Two boys on bicycles, 87 miles apart, began racing directly toward each other. The instant they started, a fly on the handle bar of one bicycle started flying straight toward the other cyclist. As soon as it reached the other handle bar it turned and started back. The fly flew back and forth in this way, from handle bar to handle bar, until the two bicycles met.

If each bicycle had a constant speed of 15 miles an hour, and the fly flew at a constant speed of 16 miles an hour, how far did the fly fly?

Added by Samantha H.

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Calculus: Early Transcendentals
Calculus: Early Transcendentals
James Stewart 8th Edition
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Two boys on bicycles, 87 miles apart, began racing directly toward each other. The instant they started, a fly on the handle bar of one bicycle started flying straight toward the other cyclist. As soon as it reached the other handle bar it turned and started back. The fly flew back and forth in this way, from handle bar to handle bar, until the two bicycles met. If each bicycle had a constant speed of 15 miles an hour, and the fly flew at a constant speed of 16 miles an hour, how far did the fly fly?
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Transcript

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00:01 Hi, here in this question we are given that velocity of a two boys, velocity of boy 1, which is equal to velocity of boy 2, which is equal to 15 mile per hour.
00:17 Further, we are given that the distance between these two boys is 87 miles and as they both are coming towards each other, we will find the time it taken by them.
00:32 So here time is equal to distance upon velocity of y1 b1 plus velocity of b2.
00:40 So substituting the value, we have 87 divided by 15 plus 15, which is again equal to 87 divided by 30.
00:50 So on simplifying this, we have time t equals to 2 .9 hours.
00:56 Now, now we are given that there is a fly whose velocity is equal to 16 mile per hour.
01:08 Now here we are given that the fly constantly keeps on moving from one cyclist to another cyclist...
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