29. What is the correct interpretation of the estimate of the slope coefficient 3₁? O We estimate that the mating song frequency of Hyla chrysoscelis increases on average by 2.331 notes/sec for every 1°C increase in habitat temperature. O We estimate that the mating song frequency of Hyla chrysoscelis increases on average by 8.243 notes/sec for every 1°C increase in habitat temperature. O We estimate that the mating song frequency of Hyla chrysoscelis decreases on average by 6.190 notes/sec for every 1°C increase in habitat temperature. O We estimate that the mating song frequency of Hyla chrysoscelis is expected to be 2.331 notes/sec for every 1°C increase in habitat temperature.
29. What is the correct interpretation of the estimate of the slope coefficient 3₁? O We estimate that the mating song frequency of Hyla chrysoscelis increases on average by 2.331 notes/sec for every 1°C increase in habitat temperature. O We estimate that the mating song frequency of Hyla chrysoscelis increases on average by 8.243 notes/sec for every 1°C increase in habitat temperature. O We estimate that the mating song frequency of Hyla chrysoscelis decreases on average by 6.190 notes/sec for every 1°C increase in habitat temperature. O We estimate that the mating song frequency of Hyla chrysoscelis is expected to be 2.331 notes/sec for every 1°C increase in habitat temperature.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.5: Graphs Of Functions
Problem 44E
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