Option C is correct.
The value closest to the actual weight, in pounds of the backpack for the student who had 4 books in the backpack = 13
Step-by-step explanation:
The complete, correct question is presented in the attached image to this solution.
From the table, it is evident that
Intercept = 10.53
Slope = 0.53
Since, the residual plot is analysed with linear regression to obtain the linear relationship between actual weight of the backpack and the number of books in the backpack, the equation relating them must be
y = mx + c
where y = Actual weight of the backpack
m = slope obtained from the analysis = 0.53
x = number of books in the backpack
c = intercept obtained from the analysis = 10.53
So, the relationship is properly written as
y = 0.53x + 10.53
So, when the number of books in the backpack = 4, what is the actual weight of the backpack?
x = 4, y = ?
y = 0.53x + 10.53
y = (0.53×4) + 10 53 = 12.65
To the nearest whole number, 12.65 = 13
Hence, the value closest to the actual weight, in pounds of the backpack for the student who had 4 books in the backpack amongst the options = 13
Hope this Helps!!!
B 5.5 I had it on a exit ticket and I got it right
Step-by-step explanation:
B 5.5 I had it on a exit ticket and I got it right
Step-by-step explanation:
I am doing this quiz right now I think the answer is C, 600.
Step-by-step explanation:
I think the higher you increase the sample size, the closer you get to the actual parameter.
Find the difference between the two values:
120-105 = 15
Divide the difference by the actual number:
15/105 = 0.143
Multiply by 100 to get the percent:
0.143 x 100 = 14.3% Round to 14%
Find the difference between the two values:
120-105 = 15
Divide the difference by the actual number:
15/105 = 0.143
Multiply by 100 to get the percent:
0.143 x 100 = 14.3% Round to 14%
The answer is in the image
SI=(P*R*T)/100
P=2000
R=1.5
T=6
SI=(2000*1.5*6)/100
=(2000*9)/100
=180
Neil will earn interest of 180
It will provide an instant answer!