4. Which of the following is the most suitable interpretation of the (Pearson) correlation coefficient between production volume and total costs in this problem?* a. There is a perfect positive correlation between production volume and total costs. b. There is a very strong positive correlation between production volume and total costs. c. There is a strong positive correlation between production volume and total costs. d. There is a positive correlation between production volume and total costs.   5. The equation of the regression line is given by* a. y = -116.01 + 0.12x b. y = 1321.32 - 7.64x c. y = 116.01 + 0.12x d. y = 7.64x + 1321.32   6. How much is the estimated total costs if the corresponding production volume for a particular month is 300 units?* Rs 274.80 Rs 287.13 Rs 2,293.11 Rs 3,614.43

Intermediate Algebra
19th Edition
ISBN:9780998625720
Author:Lynn Marecek
Publisher:Lynn Marecek
Chapter12: Sequences, Series And Binomial Theorem
Section12.3: Geometric Sequences And Series
Problem 12.58TI: What is the total effect on the economy of a government tax rebate of $500 to each household in...
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4. Which of the following is the most suitable interpretation of the (Pearson) correlation coefficient between production volume and total costs in this problem?*

a. There is a perfect positive correlation between production volume and total costs.

b. There is a very strong positive correlation between production volume and total costs.

c. There is a strong positive correlation between production volume and total costs.

d. There is a positive correlation between production volume and total costs.

 

5. The equation of the regression line is given by*

a. y = -116.01 + 0.12x

b. y = 1321.32 - 7.64x

c. y = 116.01 + 0.12x

d. y = 7.64x + 1321.32

 

6. How much is the estimated total costs if the corresponding production volume for a particular month is 300 units?*

  1. Rs 274.80
  2. Rs 287.13
  3. Rs 2,293.11
  4. Rs 3,614.43

 

Month
Production Volume (units)
Total Costs ($)
January 2018
500
6,000
February 2018
350
4,000
March 2018
450
5,000
April 2018
550
5,400
May 2018
600
5,900
June 2018
400
4,000
July 2018
400
4,200
August 2018
350
3,900
September 2018
400
4,300
October 2018
600
6,000
November 2018
700
6,400
December 2018
750
7,000
Transcribed Image Text:Month Production Volume (units) Total Costs ($) January 2018 500 6,000 February 2018 350 4,000 March 2018 450 5,000 April 2018 550 5,400 May 2018 600 5,900 June 2018 400 4,000 July 2018 400 4,200 August 2018 350 3,900 September 2018 400 4,300 October 2018 600 6,000 November 2018 700 6,400 December 2018 750 7,000
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