You are attending the Nashville Half Marathon (not running it) and have been charged with estimating the attendance of the spectators. You decide to estimate using a smaller section of the crowd to estimate the full attendance. You discover that 18 people fit in a 6ft. x 6ft. square. The route is 13.1 miles long and the crowd is 3 feet deep. Due to safety regulations spectators are only allowed to stand on one side of the street. Estimate how many people are there to watch. 51,876 people 103,752 people 207,504 people
You are attending the Nashville Half Marathon (not running it) and have been charged with estimating the attendance of the spectators. You decide to estimate using a smaller section of the crowd to estimate the full attendance. You discover that 18 people fit in a 6ft. x 6ft. square. The route is 13.1 miles long and the crowd is 3 feet deep. Due to safety regulations spectators are only allowed to stand on one side of the street. Estimate how many people are there to watch. 51,876 people 103,752 people 207,504 people
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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You are attending the Nashville Half Marathon (not running it) and have been charged with estimating the attendance of the spectators. You decide to estimate using a smaller section of the crowd to estimate the full attendance. You discover that 18 people fit in a 6ft. x 6ft. square. The route is 13.1 miles long and the crowd is 3 feet deep. Due to safety regulations spectators are only allowed to stand on one side of the street. Estimate how many people are there to watch.
51,876 people
103,752 people
207,504 people
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