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a. What kind of relationship is being shown for bagworm number on evergreen trees and distance to nearest juniper and what does that mean? b. Does this appear to support our hypothesis? c. How much of the variation in bagworm numbers on evergreen trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)? d. How much of the variation in bagworm numbers on deciduous trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)?

a. What kind of relationship is being shown for bagworm number on evergreen trees and distance to nearest juniper and what does that mean? b. Does this appear to support our hypothesis? c. How much of the variation in bagworm numbers on evergreen trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)? d. How much of the variation in bagworm numbers on deciduous trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)?

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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Distance (m) 120 100 80 60 40 20 0 20 40 Junipers Bagworm 60 80 R² = 0.1041 100 # of Bagworms 120 * Deciduous Evergreen AR² = 0.0714 140 160
Transcribed Image Text:Distance (m) 120 100 80 60 40 20 0 20 40 Junipers Bagworm 60 80 R² = 0.1041 100 # of Bagworms 120 * Deciduous Evergreen AR² = 0.0714 140 160
a. What kind of relationship is being shown for bagworm number on evergreen trees and distance to nearest juniper and what does that mean? b. Does this appear to support our hypothesis? c. How much of the variation in bagworm numbers on evergreen trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)? d. How much of the variation in bagworm numbers on deciduous trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)?
Transcribed Image Text:a. What kind of relationship is being shown for bagworm number on evergreen trees and distance to nearest juniper and what does that mean? b. Does this appear to support our hypothesis? c. How much of the variation in bagworm numbers on evergreen trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)? d. How much of the variation in bagworm numbers on deciduous trees is being explained by the distance from the nearest juniper variable (you can get this information from your current graph)?
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