(1 point) Angus goes to one of two coffee shops in his home town. He goes...

 

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(1 point) Angus goes to one of two coffee shops in his home town. He goes to Tarbucks 62% of the time and otherwise goes to Costly Coffee. Either way, he buys a latte 57 % of the time, regardless of which place he chose. Part a) You are told that Angus went into town for a coffee today. What is the probability (to 3 decimal places) that he had a latte at Tarbucks? 0.3534 Part b) Are the two events that gave the joint probability in (a) independent of each other? A. Yes B. No Part c) Given that Angus had a latte in town, what is the probability (to 3 decimal places) that he drank at Costly Coffee? 0.205 Part d) What is the probability (to 3 decimal places) that Angus went to Tarbucks or had a latte or both? 0.836( (1 point) Angus goes to one of two coffee shops in his home town. He goes to Tarbucks 62% of the time and otherwise goes to Costly Coffee. Either way, he buys a latte 57 % of the time, regardless of which place he chose. Part a) You are told that Angus went into town for a coffee today. What is the probability (to 3 decimal places) that he had a latte at Tarbucks? 0.3534 Part b) Are the two events that gave the joint probability in (a) independent of each other? A. Yes B. No Part c) Given that Angus had a latte in town, what is the probability (to 3 decimal places) that he drank at Costly Coffee? 0.205 Part d) What is the probability (to 3 decimal places) that Angus went to Tarbucks or had a latte or both? 0.836(