Based on the model how many points per game would you expect a player who attempts 4.5 free throws to have?Round your answer to the nearest tenth of a point per game.

Here is the completion of the question

Here is a scatter plot that compares points per game to free throw

attempts per game for basketball players in a tournament. The model,

represented by , is graphed with the scatter

plot. Here, represents free throw attempts per game, and

represents points per game.

Based on the model, how many points per game would you expect

20.2 points

Step-by-step explanation:

Since the equation for deriving was provided, one can easily derive the answer if he follow the proper procedure:

The equation here is

Y= 4.413x + 0.377

X= attempted free throws

Y= points per game

Thrrefore, Y = 4.413×(4.5) + 0.377

Y(points)= 20.2 points

trapezoid

step-by-step explanation:

first i plotted all my points on a grid graph

i made sure all of them were in the correct quadrant

then i saw it was a trapezoid or a quadrilateral

37 = ending with 7

unit's digit in the cube..3

56 = ending with 6

unit's digit in the cube..2

133 = ending with

unit's digit in the cube..7

hope it : ( : )