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Consider a truck designed to place traffic cones. The truck drives along and drops a traffic cone onto the road every second. From above, the cones placed by the truck might look something like this. 1. Describe the motion of the truck as it put down the cones. 2. Let's assume that the distance between each cone is 4 meters. а. How far did the truck travel between placing cone zero to cone nine? b. How far did the truck move in one second? 3. In your own words, describe a procedure you could use to calculate the speed of an object. 4. Speed of the truck а. Calculate the speed of the truck. b. Give an interpretation of the speed of the object. In other words, what is the meaning of the number you just calculated. Do not use the word speed in your answer.

Consider a truck designed to place traffic cones. The truck drives along and drops a traffic cone onto the road every second. From above, the cones placed by the truck might look something like this. 1. Describe the motion of the truck as it put down the cones. 2. Let's assume that the distance between each cone is 4 meters. а. How far did the truck travel between placing cone zero to cone nine? b. How far did the truck move in one second? 3. In your own words, describe a procedure you could use to calculate the speed of an object. 4. Speed of the truck а. Calculate the speed of the truck. b. Give an interpretation of the speed of the object. In other words, what is the meaning of the number you just calculated. Do not use the word speed in your answer.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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I have number 1 done. I am having trouble on understanding how to do number 3 and 4. Thank you! 

Consider a truck designed to place traffic cones. The truck drives along and drops a traffic cone onto the road every second. From above, the cones placed by the truck might look something like this. 1. Describe the motion of the truck as it put down the cones. 2. Let's assume that the distance between each cone is 4 meters. а. How far did the truck travel between placing cone zero to cone nine? b. How far did the truck move in one second? 3. In your own words, describe a procedure you could use to calculate the speed of an object. 4. Speed of the truck a. Calculate the speed of the truck. Give an interpretation of the speed of the object. In other words, what is the meaning of the number you just calculated. Do not use the word speed in your answer.
Transcribed Image Text:Consider a truck designed to place traffic cones. The truck drives along and drops a traffic cone onto the road every second. From above, the cones placed by the truck might look something like this. 1. Describe the motion of the truck as it put down the cones. 2. Let's assume that the distance between each cone is 4 meters. а. How far did the truck travel between placing cone zero to cone nine? b. How far did the truck move in one second? 3. In your own words, describe a procedure you could use to calculate the speed of an object. 4. Speed of the truck a. Calculate the speed of the truck. Give an interpretation of the speed of the object. In other words, what is the meaning of the number you just calculated. Do not use the word speed in your answer.
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