Divide both by 5 and you'll get 13/20.. that's in simplest form
The slope of the line of best fit to the raw-score scatter plot is 0.98
- The equation is y = 0.98x - 3.74
- The value of y given that x = 12 is 8.02
<h3>How to determine the slope of the line?</h3>
From the question, we have the following parameters that can be used in our computation:
- Standard deviations of X, Sx = 1.88
- Standard deviations of Y, Sy =2.45
- Correlation coefficient, r between X and Y = 0.75
The slope (b) of the line is calculated as
b = r * Sy/Sx
Substitute the known values in the above equation, so, we have the following representation
b = 0.75 * 2.45/1.88
Evaluate
b = 0.98
<h3>The equation of the line of best fit</h3>
A linear equation is represented as
y = bx + c
Where
Slope = b
y-intercept = c
In (a), we have
b = 0.98
So, we have
y = 0.98x + c
Recall that the point (13, 9) is on the line of best fit.
So, we have
9 = 0.98 * 13 + c
This gives
9 = 12.74 + c
Evaluate
c = -3.74
So, we have
y = 0.98x - 3.74
<h3>The value of y from x</h3>
Here, we have
x = 12
So, we have
y = 0.98 x 12 - 3.74
Evaluate
y = 8.02
Read more about line of best fit at
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Answer:
D
Step-by-step explanation:
This is a negative slope since it is going from left to right so that leaves you with c or d.
The slope is rise over run so in this case the rise is 1 and the run is -3 since its going left.
This leads you to -1/3
Hope this helped :)
Answer:
55 grams per serving
Step-by-step explanation:
To find the number of grams per serving, we take to total grams and divide by the number of servings. The total grams is 550 and the number of servings is 10
grams per servings = 550/10 = 55 grams per serving
What are the numbers for the other ones?
