QUESTION 14 Consider the following information P (A) = 0.25, P (BC) = 0.40, and P (A and B) = 0.08. Then P ms) is 0.2. QUESTION 15 The probabilities that stock A will rise in price is 0.40 and that stock B will rise in price is 0.60. Further, if stock B rises in price, the probability that stock A will also rise is 0.80. The events A and B are mutually exclusive. QUESTION 16 Consider the information given in question 15. Events A and B are independent. QUESTION 17 Consider the following contingency table. -ulsl The probability that A will occur given that B has occurred is 0.65. QUESTION 18 Andrea Smith has been teaching statistics for over 10 years. From his experience he knows that 70% of his students do assignment regularly. Moreover, 85% of the students who do their assign- ment regularly generally pass the module, he also knows that T5% of his students pass the module. The probability that a student will do assignment regularly, and also pass the module is 0.595. QUESTION 19 Consider the information given in question 18, the events \"pass the module\" and "do assignment regularly\" are not mutually exclusive. QUESTION 20 Consider the information given in question 18, the events \"pass module" and \"do assignment reg- ularly" are not independent