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a). What is the probability of randomly selecting someone in the 20-29 age group or someone who prefers a job in technology? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. b). What is the probability of not being in the 30-39 age group and not having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. c). What is the probability of a 12-19 year-old having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL.

a). What is the probability of randomly selecting someone in the 20-29 age group or someone who prefers a job in technology? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. b). What is the probability of not being in the 30-39 age group and not having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. c). What is the probability of a 12-19 year-old having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL.

A First Course in Probability (10th Edition)
A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
Section: Chapter Questions
Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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Calculate the probabilities based on the following table: Age Groups Field of Job Preference Totals In Healthcare In Technology Entrepreneurial Other 12-19 45 340 75 210 20-29 105 245 67 340 30-39 32 76 50 510 Totals a). What is the probability of randomly selecting someone in the 20-29 age group or someone who prefers a job in technology? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. b). What is the probability of not being in the 30-39 age group and not having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. c). What is the probability of a 12–19 year-old having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL.
Transcribed Image Text:Calculate the probabilities based on the following table: Age Groups Field of Job Preference Totals In Healthcare In Technology Entrepreneurial Other 12-19 45 340 75 210 20-29 105 245 67 340 30-39 32 76 50 510 Totals a). What is the probability of randomly selecting someone in the 20-29 age group or someone who prefers a job in technology? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. b). What is the probability of not being in the 30-39 age group and not having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. c). What is the probability of a 12–19 year-old having a preference for healthcare? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL.
248 Pre-Health students put in their applications for their programs of choice. 123 students applied to the nursing program, 45 applied to the dental program, 22 applied to the fitness program. It has been reported that 28 students applied to the nursing program and to the dental program. It has also been reported that 8 students applied to the fitness program and to the dental program. Use Venn Diagrams to solve the following problems. a). What is the probability of picking at random a student who applied to the nursing program given that they also applied to the dental program? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. b). What is the probability of picking at random a student who applied to the fitness program given that they also applied to the dental program? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL.
Transcribed Image Text:248 Pre-Health students put in their applications for their programs of choice. 123 students applied to the nursing program, 45 applied to the dental program, 22 applied to the fitness program. It has been reported that 28 students applied to the nursing program and to the dental program. It has also been reported that 8 students applied to the fitness program and to the dental program. Use Venn Diagrams to solve the following problems. a). What is the probability of picking at random a student who applied to the nursing program given that they also applied to the dental program? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL. b). What is the probability of picking at random a student who applied to the fitness program given that they also applied to the dental program? Convert to percent, then round to 2 significant figures. DO NOT INPUT THE %' SYMBOL.
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