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Two flocks of birds are 210210 miles apart and heading directly toward each other. One flock is flying at a rate of 2525 miles per hour. In comparison, the other flock is flying at a rate of 3737 miles per hour. In how much time will the two flocks meet?\newlineIf necessary, round your answer to the nearest minute.\newline____ hours and ____ minutes

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Q. Two flocks of birds are 210210 miles apart and heading directly toward each other. One flock is flying at a rate of 2525 miles per hour. In comparison, the other flock is flying at a rate of 3737 miles per hour. In how much time will the two flocks meet?\newlineIf necessary, round your answer to the nearest minute.\newline____ hours and ____ minutes
  1. Rephrase the Problem: First, let's rephrase the "How long will it take for two flocks of birds flying towards each other from 210210 miles apart to meet if one flies at 2525 mph and the other at 3737 mph?"
  2. Calculate Combined Speed: We need to find the combined speed of both flocks of birds. The first flock is flying at 2525 miles per hour, and the second flock is flying at 3737 miles per hour. To find the combined speed, we add these two speeds together.\newlineCombined speed == Speed of first flock ++ Speed of second flock\newlineCombined speed =25mph+37mph= 25 \, \text{mph} + 37 \, \text{mph}\newlineCombined speed =62mph= 62 \, \text{mph}
  3. Calculate Time to Meet: Now, we will calculate the time it takes for the two flocks to meet. We know the distance between them is 210210 miles, and we have just calculated their combined speed to be 6262 miles per hour. The time taken to meet can be found by dividing the distance by the combined speed.\newlineTime == Distance // Combined speed\newlineTime == 210210 miles // 6262 miles per hour
  4. Divide to Find Time: Performing the division to find the time:\newlineTime 3.3871\approx 3.3871 hours\newlineHowever, we need to round the answer to the nearest minute. First, let's separate the hours from the minutes.
  5. Separate Hours and Minutes: The number of whole hours is 33. To find the remaining minutes, we take the decimal part and multiply it by 6060 (since there are 6060 minutes in an hour).\newlineMinutes = 0.38710.3871 hours ×60\times 60 minutes/hour\newlineMinutes 23.226\approx 23.226 minutes
  6. Round to Nearest Minute: We round the minutes to the nearest whole number:\newlineMinutes 23\approx 23 minutes\newlineSo, the two flocks will meet in approximately 33 hours and 2323 minutes.

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