Use the information from project work (A) to answer questions from project work (B) II. Project Work (B)1. How long does it take for your wheel tocomplete one full revolution once the ride isgoing? Include units (minutes, seconds, hours,etc).20 minutes (1,200 sec)96 Foot radius2. How many minutes after passing position A willit take for a rider on your wheel to reach positionB? C? D? A again?time (min)height (200F)PositionABCDA3. How many degrees does your wheel rotateevery minute? This is the angular speed of yourwheel.360/20= 180 every minullesBO III. Project work (A)1) Research your assigned wheel. Write down anydimensions (height of center, maximum height,number of riders per day, how long the ride lastshow many times you go around per ride, radius,diameter, cost per ride, number ofcabins/capsules/gondolas,...)Make note of your information sources becauseyou will need to cite them later.90=199=BYY=Name of wheel:196 Feet1: grande roue montreal42 Cabins2) Label heights, lengths, etc on the diagram →Make sure you include units (meters, feet,seconds, minutes,...)60 meters (196 Feet) - Wiki42 Cabins-old Port montreal20 minutes around the wholle3) What did Carlos need to know about theirwheel to calculate their vertical height at differentpositions? The radius of the wheeland is above the ground4) Were you able to find those values for yourwheel? If so, highlight them. If not, make note ofwhat you need to find. Ask your classmates andyour teacher for help.Center 100 Feet above theradiusab FeetPlace reference right triangles on a circle to find the distancethat a point on the circle is above or below the center of thecircle.Ⓒ2021 Open Up Resources and Mathematics Vision Projectthing (1,00 seconds)ground20Download for free at openup.org3 of 4

Answered: Image /qna-images/answer/7ba95d73-1344-4826-831d-3a2ebfb7f0f1.jpg

II. Project Work (B) 1. How long does it take for your wheel to complete one full revolution once the ride is going? Include units (minutes, seconds, hours, etc). 20 minutes (1,200 sec) 96 Foot radius 2. How many minutes after passing position A will it take for a rider on your wheel to reach position B? C? D? A again? time (min) Position A C D A height (200F) 3. How many degrees does your wheel rotate every minute? This is the angular speed of your wheel. 360/20= 180 every minulles D C A

II. Project Work (B) 1. How long does it take for your wheel to complete one full revolution once the ride is going? Include units (minutes, seconds, hours, etc). 20 minutes (1,200 sec) 96 Foot radius 2. How many minutes after passing position A will it take for a rider on your wheel to reach position B? C? D? A again? time (min) Position A C D A height (200F) 3. How many degrees does your wheel rotate every minute? This is the angular speed of your wheel. 360/20= 180 every minulles D C A

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter8: Rotational Motion

Section8.1: Describing Rotational Motion

Problem 6SSC

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