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Use the results below from a high jump and 800-meter run to perform a regression to predict high-jump performance from the 800-meter results. Complet through e. 800-m (sec) Name Peter Ron Joanna Jennifer High Jump (m) 800-m (sec) 135.95 141.32 High Jump (m) 1.86 Name 139.13 135.37 138.95 Joe 1.85 Luke 1.78 1.87 Rita 1.84 141.78 1.82 Maya 1.76 136.72 1.82 135.15 ...... ... O B. High-jump height is higher, on average, by meter(s) per second of 800-m run time. O C. Run time for the 800-m run is lower, on average, by second(s) per meter of high-jump height. O D. High-jump height is lower, on average, by meter(s) per second of 800-m run time. c) Do good high jumpers tend to be fast runners? (Be carefulHow times are good for running events and high distances are good for jumps.) O A. Yes, because the slope is negative. Faster runners tend to jump higher. O B. Yes, because the slope is positive. Faster runners tend to jump higher. OC. No, because the slope is negative. Faster runners tend to jump lower. O D. No, because the slope is positive. Faster runners tend to jump lower, Clear all

Use the results below from a high jump and 800-meter run to perform a regression to predict high-jump performance from the 800-meter results. Complet through e. 800-m (sec) Name Peter Ron Joanna Jennifer High Jump (m) 800-m (sec) 135.95 141.32 High Jump (m) 1.86 Name 139.13 135.37 138.95 Joe 1.85 Luke 1.78 1.87 Rita 1.84 141.78 1.82 Maya 1.76 136.72 1.82 135.15 ...... ... O B. High-jump height is higher, on average, by meter(s) per second of 800-m run time. O C. Run time for the 800-m run is lower, on average, by second(s) per meter of high-jump height. O D. High-jump height is lower, on average, by meter(s) per second of 800-m run time. c) Do good high jumpers tend to be fast runners? (Be carefulHow times are good for running events and high distances are good for jumps.) O A. Yes, because the slope is negative. Faster runners tend to jump higher. O B. Yes, because the slope is positive. Faster runners tend to jump higher. OC. No, because the slope is negative. Faster runners tend to jump lower. O D. No, because the slope is positive. Faster runners tend to jump lower, Clear all

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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i mathxl.com Student/PlayerHomework. aspx?homeworkld%3D607554992&questionld%-D5&flushed%3Dfalse&cid%3D66594298centervine 4th Hour Stats metallic Nyacuma & 11/17/- HW Score: 52.22%, 3.13 of 6 points O Points: 0 of 1 E Homework: Sec 7.1 Question 5, Instructor-cr. Use the results below from a high jump and 800-meter run to perform a regression to predict high-jump performance from the 800-meter results. Complete through e. Name High Jump (m) 1.85 800-m (sec) Name Peter Ron Joanna Jennifer High Jump (m) 800-m (sec) Joe 135.95 1.86 139.13 Luke 1.78 141.32 1.87 135.37 Rita 1.84 141.78 Maya 1.76 1.82 138.95 136.72 1.82 135.15 O B. High-jump height is higher, on average, by meter(s) per second of 800-m run time O C. Run time for the 800-m run is lower, on average, by second(s) per meter of high-jump height. O D. High-jump height is lower, on average, by meter(s) per second of 800-m run time. c) Do good high jumpers tend to be fast runners? (Be carefulHow times are good for running events and high distances are good for jumps.) O A. Yes, because the slope is negative. Faster runners tend to jump higher. O B. Yes, because the slope is positive. Faster runners tend to jump higher. O C. No, because the slope is negative. Faster runners tend to jump lower. O D. No, because the slope is positive. Faster runners tend to jump lower. Clear all Fina DELL
Transcribed Image Text:i mathxl.com Student/PlayerHomework. aspx?homeworkld%3D607554992&questionld%-D5&flushed%3Dfalse&cid%3D66594298centervine 4th Hour Stats metallic Nyacuma & 11/17/- HW Score: 52.22%, 3.13 of 6 points O Points: 0 of 1 E Homework: Sec 7.1 Question 5, Instructor-cr. Use the results below from a high jump and 800-meter run to perform a regression to predict high-jump performance from the 800-meter results. Complete through e. Name High Jump (m) 1.85 800-m (sec) Name Peter Ron Joanna Jennifer High Jump (m) 800-m (sec) Joe 135.95 1.86 139.13 Luke 1.78 141.32 1.87 135.37 Rita 1.84 141.78 Maya 1.76 1.82 138.95 136.72 1.82 135.15 O B. High-jump height is higher, on average, by meter(s) per second of 800-m run time O C. Run time for the 800-m run is lower, on average, by second(s) per meter of high-jump height. O D. High-jump height is lower, on average, by meter(s) per second of 800-m run time. c) Do good high jumpers tend to be fast runners? (Be carefulHow times are good for running events and high distances are good for jumps.) O A. Yes, because the slope is negative. Faster runners tend to jump higher. O B. Yes, because the slope is positive. Faster runners tend to jump higher. O C. No, because the slope is negative. Faster runners tend to jump lower. O D. No, because the slope is positive. Faster runners tend to jump lower. Clear all Fina DELL
à mathxl.comStudent/PlayerHomework aspx?homeworkld%-607554992&questionid%3D5&flushed%3false&cid%366594298centervin 4th Hour Stats metallic Nyacuma &| 11/17/21 1:44 | E Homework: Sec 7.1 Question 5, Instructor-cr.. HW Score: 52.22%, 3.13 of 6 points O Points: 0 of 1 Save Use the results below from a high jump and 800-meter run to perform a regression to predict high-jump performance from the 800-meter results. Complete parts a through e. Name High Jump (m) 800-m (sec) Name Peter Ron Joanna Jennifer High Jump (m) 800-m (sec) Joe 1.85 135.95 1.86 139.13 Luke 1.78 141.32 1,87 135.37 Rita 1.84 141.78 1.82 138.95 Maya 1.76 136.72 1.82 135.15 a) What is the regression equation? High-Jump Height =+ () 800-m Run Time (Round to four decimal places as needed.) What does the slope mean? Select the correct choice below and fill in the answer box to complete your choice. (Round to four decimal places as needed.) O A. Run time for the 800-m run is higher, on average, by second(s) per meter of high-jump height. O B. High-jump height is higher, on average, by meter(s) per second of 800-m run time. O C. Run time for the 800-m run is lower, on average, by second(s) per meter of high-jump height. O D. High-jump height is lower, on average, by meter(s) per second of 800-m run time. Clear all Final che DELL
Transcribed Image Text:à mathxl.comStudent/PlayerHomework aspx?homeworkld%-607554992&questionid%3D5&flushed%3false&cid%366594298centervin 4th Hour Stats metallic Nyacuma &| 11/17/21 1:44 | E Homework: Sec 7.1 Question 5, Instructor-cr.. HW Score: 52.22%, 3.13 of 6 points O Points: 0 of 1 Save Use the results below from a high jump and 800-meter run to perform a regression to predict high-jump performance from the 800-meter results. Complete parts a through e. Name High Jump (m) 800-m (sec) Name Peter Ron Joanna Jennifer High Jump (m) 800-m (sec) Joe 1.85 135.95 1.86 139.13 Luke 1.78 141.32 1,87 135.37 Rita 1.84 141.78 1.82 138.95 Maya 1.76 136.72 1.82 135.15 a) What is the regression equation? High-Jump Height =+ () 800-m Run Time (Round to four decimal places as needed.) What does the slope mean? Select the correct choice below and fill in the answer box to complete your choice. (Round to four decimal places as needed.) O A. Run time for the 800-m run is higher, on average, by second(s) per meter of high-jump height. O B. High-jump height is higher, on average, by meter(s) per second of 800-m run time. O C. Run time for the 800-m run is lower, on average, by second(s) per meter of high-jump height. O D. High-jump height is lower, on average, by meter(s) per second of 800-m run time. Clear all Final che DELL
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