me / study / business / accounting / accounting questions and answers / exercise 3-11 selected transactions for pro Question: Exercise 3-11 Selected transactions for Protheroe Exercise 3-11 Selected transactions for Protheroe Corporation during its first month in business are presented below. Sept. Issued common stock in exchange for $21,060 cash received from investors. 1 5 Purchased equipment for $8,570, paying 52,800 in cash and the balance on account. Performed services on account for $18,000. Paid salaries of $1,200. 25 Paid $3,100 cash on balance owed for equipment. BC Paid $900 cash dividend. TOSHIBA F6 F7 FB F9 F- 10 baWhich of the following contracts is an EXCEPTION to the privity of contract rule? Select one: Q a. A contract for the sale of a vehicle. O b. A contract for the sale of an article of clothing. c. A life insurance contract. O d. A contract for a painter to paint your house.6. Attendance at births by a health care professional varies widely among countries. For instance, in Bangladesh and Nepal less than 10% of births are attended while in Norway and Belgium it's close to 100%. Mortality also varies greatly, for mothers in childbirth. The table below lists for 12 different countries, percentage of births attended, paired with maternal mortality rate per 100,000 live births. Is there a correlation between mother mortality and attendance at birth by a health care professional? Perform traditional, Pearson correlation in a one-sided test, using R. PERCENTAGE of MORTALITY Rate of births attended mothers per 100,000 births 5 582 24 450 27 195 29 284 40 1010 57 90 70 25 82 61 82 124 87 12 96 11 g9 5 For the x, y data above, the results for Pearson r and one-sided p-value are -, 680452. P = 0.007438(1) b. r . 717865, p = 0.004282(1) C. F -. 7123426, p = 0.004669(1) -.7833992, p = 0.001288(1) er -. 7105142, p = 0.004803(1) -,8050124, p = 0.0007919(1) - . 6787463, p - 0.007614(1) -. 6770479, p = 0.0007793(1) -. 6821648, p = 0.007265(1) -.7141772, p = 0.004537(1) K. F -. 8147158, p = 0.0006243(1) -+7707949, p = 0.00167(1) m. r = -. 7559201, p = 0. 002226(1) n. r -,7952155, p = 0.0009941(1) O. r - -. 6838848, p - 0. 007093(1} p. none of the above 7. In scientific journals, which among the following is the most commonly performed correlation method? a. Spearman b. nonparametric correlation C. partial correlation d. point-biserial correlation e. Kendall f. partial correlation g. Pearson h. multiple correlation 8. Which of the following is true, about Pearson correlation? a. it measures causation b. it is a parametric method c, all of the above19. After the null hypothesis is rejected in Pearson correlation analysis a, graphical visualization proceeds b. 95% CI of r is obtained C. prospective power analysis may be done d. R-square is calculated e. all of the above 20. When we compute a traditional, 95% confidence interval (CI) of a correlation coefficient a, the CI measures uncertainty about parametric r b. we can't be absolutely sure population r is in the CI c, the CI consists of 2 numbers: LB, UB d. observed r lies midway across the range of the CI 2. 5% of the time it will not include population r f. 95% of the time it will include population r g. the CI is as important as the p-value of observed r h. all the above are correct 21. A preliminary experiment involved college students during final exam week. Randomly selected, a group was given access to DARK CHOCOLATE before the exam and the amount eaten was recorded, In general, it turned out the more chocolate eaten the better they did on the exam; but, beyond a certain point, the more chocolate eaten the worse they did on the exam, This apparent relationship between amount of chocolate eaten and how well students did on the exam is an example of a. strong, Pearson correlation b. positive, Pearson correlation C. negative, Pearson correlation d. a nonlinear relationship e. none of the above 22. When "correlation" is written or spoken about without a qualifier, we assume the type of correlation referred to is a. Kendall b. partial correlation c. multivariate correlation d. Pearson e. autocorrelation f. Spearman g- Bayesian correlation h. none of the above 23. A blvariate data set does not even come close to meeting the assumptions of Pearson correlation, And, sample size is VERY LARGE. The analyst remains determined to perform correlation analysis. Which of the options below is statistically wise. a, pursue Bayesian correlation b. calculate Pearson r but find its Cl by bootstrap E. calculate Pearson r but test its significance by permutation d. pursue nonparametric correlation . any of the above