Solve the problem.
-The paired data below consist of the temperatures on randomly chosen days and the amount a certain kind of plant grew (in millimeters). By using linear regression, the following equation is obtained: $\mathrm{y}=14.6+0.211 \mathrm{x}$ where $\mathrm{x}$ is temperature and $\mathrm{y}$ is growth in millimeters. Use this equation to predict the growth of a plant if the temperature is 79 .

A) 31.90
B) 32.53
C) 31.27
D) 29.61

Question

Solve the problem.
-The paired data below consist of the temperatures on randomly chosen days and the amount a certain kind of plant grew (in millimeters). By using linear regression, the following equation is obtained: $\mathrm{y}=14.6+0.211 \mathrm{x}$ where $\mathrm{x}$ is temperature and $\mathrm{y}$ is growth in millimeters. Use this equation to predict the growth of a plant if the temperature is 79 .

A) 31.90 
B) 32.53 
C) 31.27 
D) 29.61

Quizplus · Accepted Answer

The Answer of Solve the problem.
-The paired data below consist of the temperatures on randomly chosen days and the amount a certain kind of plant grew (in millimeters). By using linear regression, the following equation is obtained: $\mathrm{y}=14.6+0.211 \mathrm{x}$ where $\mathrm{x}$ is temperature and $\mathrm{y}$ is growth in millimeters. Use this equation to predict the growth of a plant if the temperature is 79 .

A) 31.90 
B) 32.53 
C) 31.27 
D) 29.61

Solve the Problem y=14.6+0.211x\mathrm{y}=14.6+0.211 \mathrm{x}y=14.6+0.211x Where x\mathrm{x}x Is Temperature And y\mathrm{y}y Is Growth in Millimeters

Solve the Problem $\mathrm{y}=14.6+0.211 \mathrm{x}$ Where $\mathrm{x}$ Is Temperature And $\mathrm{y}$ Is Growth in Millimeters