g. Are the events “age of 30s” and “monthly spending of $250.00 or more” independent?Explain using probabilities. Document1 - Word困FileHomeInsertDesignLayoutReferencesMailingsReviewViewAcrobatO Tell me what you want to do.& ShareO Find -X Cute CopyCalibri (Body) - 11A A Aa -AaBbCcDd AaBbCcDd AaBbC AABBCCD AaB AaBbCcD AaBbCcDd AaBbCcDdac ReplaceA Select -PasteI U - abe Xx, x A - ay - AA - H -I Normal1 No Spac. Heading 1 Heading 2Subtle Em.. EmphasisCreate and Share RequestTitleSubtitle* Format PainterAdobe PDFSignaturesClipboardFontParagraphStylesEditingAdobe AcrobatQUESTION 2Banila Co. selected 1,000 young adults at random and surveyed them to determine arelationship between the monthly spending on skincare products and the age of thecustomers. The survey findings are reported in the table below.AgeMonthly spending ($)20s30s75$0.00 - $49.99$50.00 - $99.99$100.00 - $149.99$150.00 - $199.99$200.00 - $249.99299183113908912863159$250.00 or more3446Total customers465535a. What is the probability that a customer is in his/her 20s?b. What is the probability that a customer spends at least $150.00 and is in his/her 30s?c. What is the probability that a customer spends at least $150.00 or is in his/her 30s?d. Given that a customer is in his/her 20s, what is the probability that he/she spends lessthan $100.00?e. Given that a customer spends $200.00 or more, what is the probability that he/she isin his/her 30s?f. Are the events "age of 20s" and "monthly spending of $250.00 or more" mutuallyexclusive? Explain using probabilities.g. Are the events "age of 30s" and "monthly spending of $250.00 or more" independent?Explain using probabilities.Page 2 of 2253 words100%1:17 AMIMI5/12/2021

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Description: g. Are the events “age of 30s” and “monthly spending of $250.00 or more” independent?Explain using probabilities. Document1 - Word困FileHomeInsertDesignLayoutReferencesMailingsReviewViewAcrobatO Tell me what you want to do.& ShareO Find -X Cute CopyCa

Probability is defined as the total number of favorable cases of an event divided by the total…

Math

Statistics

QUESTION 2 Banila Co. selected 1,000 young adults at random and surveyed them to determine a relationship between the monthly spending on skincare products and the age of the customers. The survey findings are reported in the table below. Age Monthly spending ($) 20s 30s $0.00 - $49.99 $50.00 - $99.99 $100.00 - $149.99 $150.00 - $199.99 $200.00 - $249.99 $250.00 or more Total customers 75 91 29 83 113 90 89 128 63 159 34 465 46 535 a. What is the probability that a customer is in his/her 20s? b. What is the probability that a customer spends at least $150.00 and is in his/her 30s? c. What is the probability that a customer spends at least $150.00 or is in his/her 30s? d. Given that a customer is in his/her 20s, what is the probability that he/she spends less than $100.00? e. Given that a customer spends $200.00 or more, what is the probability that he/she is in his/her 30s? f. Are the events "age of 20s" and "monthly spending of $250.00 or more" mutually exclusive? Explain using probabilities. E. Are the events "age of 30s" and "monthly spending of $250.00 or more" independent? Explain using probabilities.

QUESTION 2 Banila Co. selected 1,000 young adults at random and surveyed them to determine a relationship between the monthly spending on skincare products and the age of the customers. The survey findings are reported in the table below. Age Monthly spending ($) 20s 30s $0.00 - $49.99 $50.00 - $99.99 $100.00 - $149.99 $150.00 - $199.99 $200.00 - $249.99 $250.00 or more Total customers 75 91 29 83 113 90 89 128 63 159 34 465 46 535 a. What is the probability that a customer is in his/her 20s? b. What is the probability that a customer spends at least $150.00 and is in his/her 30s? c. What is the probability that a customer spends at least $150.00 or is in his/her 30s? d. Given that a customer is in his/her 20s, what is the probability that he/she spends less than $100.00? e. Given that a customer spends $200.00 or more, what is the probability that he/she is in his/her 30s? f. Are the events "age of 20s" and "monthly spending of $250.00 or more" mutually exclusive? Explain using probabilities. E. Are the events "age of 30s" and "monthly spending of $250.00 or more" independent? Explain using probabilities.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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