Solve the problem.
-The first column shows the independent variable $( \mathrm { x } )$. The second column shows the dependent variable (y).

Use linear regression to predict the value of $y$ when $x = 43$.
A) $46.16$
B) $63.36$
C) $14.92$
D) $54.76$

Question

Solve the problem.
-The first column shows the independent variable $( \mathrm { x } )$. The second column shows the dependent variable (y).

Use linear regression to predict the value of $y$ when $x = 43$.
A) $46.16$ 
B) $63.36$ 
C) $14.92$ 
D) $54.76$

Quizplus · Accepted Answer

The Answer of Solve the problem.
-The first column shows the independent variable $( \mathrm { x } )$. The second column shows the dependent variable (y).

Use linear regression to predict the value of $y$ when $x = 43$.
A) $46.16$ 
B) $63.36$ 
C) $14.92$ 
D) $54.76$

Solve the Problem (x)( \mathrm { x } )(x) the Second Column Shows the Dependent Variable (Y)

Solve the Problem $( \mathrm { x } )$ the Second Column Shows the Dependent Variable (Y)