Hi Barrett,
1. E + 27.36 = −42.09
42.09 + 27.36 = 69.45
-69.45 + 27.36 = -42.09
e = -69.45
2. g − 104.09 = 38.05
104.09 + 38.05 = 142.14
142.14 - 104.09 = 38.05
g = 142.14
3. 99.32 = j − 67.23
99.32 + 67.23 = 166.55
166.55 - 67.23 = 99.32
j = 166.55
4. −87.12 = r + 239.89
239.89 + 87.12 = 327.01
-327.01 + 239.89 = -87.12
r = -327.01
Point slope form
y-y1=m(x-x1)
m=slope
(x1,y1) is a point
(-5,-1)
x1=-5
y1=-1
m=-5/4
y+1=-5/4(x+5)
y=-5/4x-29/4
Answer:
(a) 
(b) 83.6%
Step-by-step explanation:
(a)
A least square regression line is to be formed for predicting beak heat loss, as a percent of total body heat loss, from temperature.
Use MS-Excel to form the regression line.
Go to Data → Data Analysis → Regression
A dialog box will open.
Select the X and Y variables.
Press OK.
The regression output is attached below.
The equation of the least‑squares regression line is:

(b)
The coefficient of determination R² specifies the percentage of the variance in the dependent variable (Y) that is forecasted or explained by linear regression and the forecaster variable (X, also recognized as the independent variable).
Consider the regression output attached below.
The R² value is 0.8360.
That is 83.6% of the variation in beak heat loss is explained by the straight‑line relationship with temperature.
Answer:
x=-18
Step-by-step explanation:
What you have do do is look at the word <em>difference. </em>
Difference means subtraction so you will subtract x and -37.
x-(-37)=19. You will then make the negative a positive and subtract 37 from both sides.
x=-18 is your answer.
Yes because you end up with 4,900 which is 70x70