Solve the situational problem using circular function.4.In the classic novel Din Quixote,the character famously battles a windmill .Suppose the center of the windmill is 20 feet off the ground,and the sails are 15 feet long .Din Quixote is at the tip of one of the sails . The sails are turning at the rate of one counterclockwise rotation every 60 seconds .After 1 minute and 40 seconds ,Din Quixote fell of the sail and straight down to the ground .How far did he fall? of 35 miles per hour on the bicycle, through how many revolutions per2. The radius of theCarmovingthe rate of 3 revolutions per second,travelling at a spaExpress your answer in miles per hour.5. In v3. The diameter of a bicycle is 26 inches. If you are6. W7. Hminute are the wheel turning?8.windmill. Suppose the center of the windmill is 20 feet off theground,sails. The sails are turning at the rate of onecounterclockwise rotationevery 60 seconds. After 1 minute and 40 seconds, Don Quixote fell esthe sail and straight down to the ground. How far did he fall?5. A Ferris Wheel in Las Vegas, Nevada, opened in March 2014. The 550ft tall wheel has a diameter of 5290 ft. A ride on its one of its 28passenger cars last 30 minutes, the time it takes the wheel to completeone full rotation. Riders board the passenger cars at the bottom of thewheel. Assume that once the wheel is in motion it maintains a constantspeed for the 30-minutes ride and is rotating in a counter clockwisedirection. If you were on this ride, how high would you be above theground after 20 minutes?40

Name: Solve the situational problem using circular function.4.In the classic
Uploaded: 2024-03-05T11:52:21.000Z
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Description: Solve the situational problem using circular function.4.In the classic novel Din Quixote,the character famously battles a windmill .Suppose the center of the windmill is 20 feet off the ground,and the sails are 15 feet long .Din Quixote is at the tip