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The Chief wants to analyze several situations quickly so he decides to use a graph. Using your scatter plot, answer the Chief's questions: 1. Mrs. Klien lives 52 km from Station 42, determine the approximate response time. 2. If the crew took 15 minutes to arrive at a patient's home, approximately what distance have they traveled? 3. If someone is having a heart attack and must make it to the hospital in 30 minutes, what is the furthest distance the crew can travel and still arrive back at the hospital 30 minutes after the call is made?

The Chief wants to analyze several situations quickly so he decides to use a graph. Using your scatter plot, answer the Chief's questions: 1. Mrs. Klien lives 52 km from Station 42, determine the approximate response time. 2. If the crew took 15 minutes to arrive at a patient's home, approximately what distance have they traveled? 3. If someone is having a heart attack and must make it to the hospital in 30 minutes, what is the furthest distance the crew can travel and still arrive back at the hospital 30 minutes after the call is made?

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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The Chief wants to analyze several situations quickly so he decides to use a graph. Using your scatter plot, answer the Chief's questions: 1. Mrs. Klien lives 52 km from Station 42, determine the approximate response time. 2. If the crew took 15 minutes to arrive at a patient's home, approximately what distance have they traveled? 3. If someone is having a heart attack and must make it to the hospital in 30 minutes, what is the furthest distance the crew can travel and still arrive back at the hospital 30 minutes after the call is made? 4. A second dispatch location is built in Deerborn. Both stations cover the areas previously serviced by Station 42 and take their patients to the hospital located beside Station 42. Describe how this would change the original graph. (When a call comes in, emergency crews leave from a dispatch location.)
Transcribed Image Text:The Chief wants to analyze several situations quickly so he decides to use a graph. Using your scatter plot, answer the Chief's questions: 1. Mrs. Klien lives 52 km from Station 42, determine the approximate response time. 2. If the crew took 15 minutes to arrive at a patient's home, approximately what distance have they traveled? 3. If someone is having a heart attack and must make it to the hospital in 30 minutes, what is the furthest distance the crew can travel and still arrive back at the hospital 30 minutes after the call is made? 4. A second dispatch location is built in Deerborn. Both stations cover the areas previously serviced by Station 42 and take their patients to the hospital located beside Station 42. Describe how this would change the original graph. (When a call comes in, emergency crews leave from a dispatch location.)
Use the data given in the three scenarios below to produce scatter plots, determine the type of model demonstrated in each example and then answer the questions based on the graph you created. Scenario 1 Rescue 911 In a rural community, fire and paramedic crews must service a large region. They often cover 2 or 3 towns several kilometres apart. These crews travel, on average, 70 km/h to their destination. The Chief of Station 42 wants to determine the time required to reach the patient's home (response time) for his region. The station is located next to the local hospital. The Chief knows the distances to each community that he services, including Deerborn, the furthest community, at 55 km away. Using the data below, create a scatter plot showing the relationship between distance to patient and response time. Distance to Patient (km) Response Time (minutes) 10 8.6 15 12.9 40 34.3 50 42.9 55 47.1
Transcribed Image Text:Use the data given in the three scenarios below to produce scatter plots, determine the type of model demonstrated in each example and then answer the questions based on the graph you created. Scenario 1 Rescue 911 In a rural community, fire and paramedic crews must service a large region. They often cover 2 or 3 towns several kilometres apart. These crews travel, on average, 70 km/h to their destination. The Chief of Station 42 wants to determine the time required to reach the patient's home (response time) for his region. The station is located next to the local hospital. The Chief knows the distances to each community that he services, including Deerborn, the furthest community, at 55 km away. Using the data below, create a scatter plot showing the relationship between distance to patient and response time. Distance to Patient (km) Response Time (minutes) 10 8.6 15 12.9 40 34.3 50 42.9 55 47.1
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