by visual inspection, determine the best-fitting regression model for the data plot below. A. No pattern B. Quadratic C.Linear D. Exponential
by visual inspection, determine the best-fitting regression model for the - 1

Answers

Answer 1
Answer:

Answer:

C) Linear

Step-by-step explanation:

We can see from the plot that the data approach a straight line.

This means we can draw a line of best fit through this data and it should hit several data points; thus the answer is linear.

Answer 2
Answer:

By visual inspection, the best-fitting regression model for the data plot above is: C. linear.

What is a regression line?

A regression model can be defined as a statistical tool which best describes the behavior of a data set. Thus, a regression line is a type of line that best fits a set of data.

By visual inspection, we can logically deduce that the best-fitting regression model for the data plot shown in the image attached above is linear because there exist a direct relationship between the data set.

Read more on regression here: brainly.com/question/26059078

#SPJ5


Related Questions

Factorise y^2 - 169?????????????
Write a number sentence to subtract 3 tens from 93
What fraction of 1 kiloliter is 1 liter?
Mr. murphy has a old coin that has 10 side.if a shape is a polygon,how many angle do it have
the length of a rectangle is 3 inches greater than the width. write a polynomial that represents the area of the rectangle

Jose sneezes 8 times for every 5 burps. At this rate, how many burps will Jose do for 72 sneezes

Answers

45 times.
(72)/(8)=9
9*5=45

If mars is 225 million kilometers from the sun, how long does it take for light from the sun to reach mars?

Answers

Light travels at a speed of 299,792 kilometers per second; 186,287 miles per second. It takes 499.0 seconds for light to travel from the Sun to the Mars a distance called 1 Astronomical Unit.

Final answer:

Light takes approximately 750 seconds (or about 12.5 minutes) to travel from the Sun to Mars.

Explanation:

The distance between Mars and the Sun is 225 million kilometers. To calculate how long it takes for light from the Sun to reach Mars, we can use the fact that light travels at a speed of approximately 300,000 kilometers per second.

By dividing the distance between Mars and the Sun (225 million kilometers) by the speed of light (300,000 kilometers per second), we can find the time it takes for light to reach Mars.

225 million kilometers divided by 300,000 kilometers per second is equal to approximately 750 seconds. Therefore, it takes light about 750 seconds to reach Mars from the Sun.

Learn more about Time for light to reach Mars here:

brainly.com/question/905378

#SPJ3

Which statement is true if the triangular prism and the triangular pyramid have the same base and height?A.
The volume of the prism is 3 times the volume of the pyramid.

B.
The volume of the pyramid is 3 times the volume of the prism.

C.
The volume of the prism is one-third the volume of the pyramid.

D.
There is no relationship between the volumes of each shape.

Answers

A.
The volume of the prism is 3 times the volume of the pyramid.

laurel went swimming 7 times in 3 weeks. one time she swam for 1 1/2 hours. The other 6 times she swam for 30 minutes each time. How many hours did Laurel swim in 3 weeks?

Answers

She swam 12 hours in 3 weeks.

Susan learns that 6% of the freshman class are in the band, 11% are in the chorus, and 19% are in sports. If no freshman is participating in two activities, what fraction is a reasonable equivalent for the total percent of the class in band, chorus, and sports?

Answers

6/100+11/100+19/100= 36/100. 36/100 in simplest form is 9/25

Complete the equations of the system in slope intercept form use a decimal for the slope if nessisary Line 1 line 2
X y. X y
0 3. -1 1
1. 5. -2-1
Line 1:y=____x+____
Line 2:y=____x+____

Answers

m=(y_1-y_2)/(x_1-x_2)

Line 1:
m=(5-3)/(1-0)\n m=(2)/(1)\n m=2\n\n\hbox{Point (0,3) is y-intercept so } b=3\n\n y=2x+3

Line 2:
m=(1-(-1))/(-1-(-2))\nm=(2)/(1)\nm=2\n\n1=2\cdot(-1)+b\n1=-2+b\nb=3\n\ny=2x+3