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The picture below is a sample pair of such images. The two cameras that took these images are located at a distance of 0.3 km apart on this particular roadway. The times printed in the upper left hand corner of each image are difficult to read. They are: (1) 12:03:52 and (2) 12:04:01. 20-46-0E Questions: 1. How fast is the car pictured above traveling? Explain your reasoning. 2. When is the car traveling at that speed? 3. Is it fair to give the driver of this car a traffic ticket for speeding if the speed you calculated exceeds the speed limit? Why or why not?

The picture below is a sample pair of such images. The two cameras that took these images are located at a distance of 0.3 km apart on this particular roadway. The times printed in the upper left hand corner of each image are difficult to read. They are: (1) 12:03:52 and (2) 12:04:01. 20-46-0E Questions: 1. How fast is the car pictured above traveling? Explain your reasoning. 2. When is the car traveling at that speed? 3. Is it fair to give the driver of this car a traffic ticket for speeding if the speed you calculated exceeds the speed limit? Why or why not?

Elementary Geometry For College Students, 7e
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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Activity 5. Speed Cameras. (20 minutes) Many locations around the world are now using traffic enforcement cameras which include cameras and vehicle-monitoring devices to detect and identify vehicles disobeying speed limits. Speed Cameras are used to identify vehicles traveling over the legal speed limit. Cameras are installed on bridges above traffic lanes, for example, in two different locations along a roadway. Each camera automatically captures an image of the vehicle and a computer identifies and recognizes the license plate of the passing vehicle. The pair of images taken of a single vehicle are matched by the license plate and speed is calculated. The picture below is a sample pair of such images. The two cameras that took these images are located at a distance of 0.3 km apart on this particular roadway. The times printed in the upper left hand corner of each image are difficult to read. They are: (1) 12:03:52 and (2) 12:04:01. 20-46 OF Questions: 1. How fast is the car pictured above traveling? Explain your reasoning. 2. When is the car traveling at that speed? 3. Is it fair to give the driver of this car a traffic ticket for speeding if the speed you calculated exceeds the speed limit? Why or why not?
Transcribed Image Text:Activity 5. Speed Cameras. (20 minutes) Many locations around the world are now using traffic enforcement cameras which include cameras and vehicle-monitoring devices to detect and identify vehicles disobeying speed limits. Speed Cameras are used to identify vehicles traveling over the legal speed limit. Cameras are installed on bridges above traffic lanes, for example, in two different locations along a roadway. Each camera automatically captures an image of the vehicle and a computer identifies and recognizes the license plate of the passing vehicle. The pair of images taken of a single vehicle are matched by the license plate and speed is calculated. The picture below is a sample pair of such images. The two cameras that took these images are located at a distance of 0.3 km apart on this particular roadway. The times printed in the upper left hand corner of each image are difficult to read. They are: (1) 12:03:52 and (2) 12:04:01. 20-46 OF Questions: 1. How fast is the car pictured above traveling? Explain your reasoning. 2. When is the car traveling at that speed? 3. Is it fair to give the driver of this car a traffic ticket for speeding if the speed you calculated exceeds the speed limit? Why or why not?
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