5. Which is the most appropriate statistical chart to display the data for the location (Urban and Rural) versus the type of housing (Apartment, Single house, Townhouse and Condo)?
(A) Bar chart
(B) Box plot
(C) Histogram
(D) Scatter plot
(E) Stem and leaf plot

6. Which is the most appropriate statistical chart to display the data for the location (Urban and Rural) versus house value (unit: thousand dollars)? (A) Bar chart (B) Box plot (C) Histogram (D) Scatter plot (E) Stem and leaf plot

7. Which is the least appropriate statistical chart to display the data for house value (unit: thousand dollars)? (A) Bar chart (B) Box plot (C) Histogram (D) QQ plot (E) Stem and leaf plot

8. Which is the most appropriate statistical chart to display the data for house value (unit: thousand dollars) versus income (unit: thousand dollars)? (A) Bar chart (B) Box plot (C) Histogram (D) Scatter plot (E) Stem and leaf plot

9. Which is the most appropriate statistic to summary the data for the type of housing such as apartment, single house, townhouse and condo? (A) Interquartile (B) Mean (C) Median (D) Range (E) Relative frequency

10. Which is the most appropriate statistical statistic to summary the location of the data for house value (unit: thousand dollars)? (A) Correlation (B) Interquartile (C) Mean (D) Relative frequency (E) Skewness

11. Which is the lease appropriate statistic to summary the variability of the data for house value (unit: thousand dollars)? (A) Correlation (B) Interquartile (C) Standard deviation (D) Range (E) Variance

12. Which is the most appropriate statistic to summary the association between the data for house value (unit: thousand dollars) and income (unit: thousand dollars)? (A) Correlation (B) Interquartile (C) Mean (D) Relative frequency (E) Skewness

13. In a particular city, 20% of the residents commute to work by cars, 30% of the residents commute to work by public transportations, 10% the residents uses both. Determine the probability of a resident from this city commute to work either by cars or public transportations. (A) 0.1 (B) 0.2 (C) 0.3 (D) 0.4 (E) 0.7

14. Many organizations require their employees to be screened for drugs. Some employees are concerned that a “false positive” may be recorded from the screening; that is, employees who are not drug abusers may incorrectly test positive. Assume that 10% of a certain population are drug abusers. Suppose that the probability of a “false positive” is .5% and that the probability of a correct positive on someone who is under the influence of certain drugs is 99.9%. What is the probability that a person who tests positive is really a drug user? (A) 0.0045 (B) 0.0999 (C) 0.1000 (D) 0.9569 (E) 0.9990

15. A corporation produces electrical components utilizing three nonoverlapping work shifts. It is known that 50% of the components are produced during shift 1, 20% during shift 2, and 30% during shift 3. A further look at product quality reveals that 6% of the components produced during shift 1 are defective. The corresponding percentage for shift 2 is 8%. Shift 3, the late-night shift, produces a relatively large percentage, 15%, of defective components. Given that a defective component is found, what is the probability that it was produced during shift 3? (A) 0.150 (B) 0.176 (C) 0.290 (D) 0.330 (E) 0.495

115年 - [無官方正解]115 國立臺北大學_碩士班一般入學考試試題_經濟學系：統計學#146534

115年 - [無官方正解]115 國立嘉義大學_碩士班招生考試試題_財務金融學系：統計學#143862

115年 - 115 中央警察大學_碩士班入學考試試題：統計學#139759

114年 - 114 中央警察大學_碩士班入學考試試題_警察政策研究所、刑事警察研究所、資訊管理研究所、鑑識科學研究所、行政管理研究所、防災研究所、水上警察研究所海洋科技組：統計學(同等學力加考)#146791

114年 - [無官方正解]114 國立嘉義大學_碩士班招生考試試題_財務金融學系：統計學#144015

114年 - [無官方正解]114 臺灣綜合大學系統_學士班轉學生考試試題:統計學#138278

113年 - [無官方正解]113 國立嘉義大學_碩士班招生考試試題_財務金融學系：統計學#144150

113年 - 113 國立臺灣大學_碩士班招生考試：工程統計#119664

112年 - 112 國立嘉義大學_碩士班招生考試試題_財務金融學系：統計學#144360

112年 - 112 國立臺灣大學_碩士班招生考試試題：工程統計#119662