The probability of a 3rd grader liking cheese is 3/4. The probability of a 3rd grader liking jam is 4/11. The probability of a 3rd grader liking both is 3/11. Are the events "A 3rd grader likes cheese" and "A 3rd grader likes jam" independent?
Yes
No
Not enough info
The probability of a 3rd grader liking cheese is 3/4. The probability of a 3rd grader...
Students Liking a Class The probability that students A and B will like a class is 2/5 and 175 respectively. Find P( A and B) if The probabilities are of the events are independent The probability that B likes the class given that A likes the class is 1/2 Students Liking a Class The probability that students A and B will like a class is 2/5 and 1/5 respectively. Find P( A or B) if The probabilities of the events...
Students Liking a Class The probability that students A and B will like a class is 2/5 and 175 respectively. Find P( A and B) if The probabilities are of the events are independent The probability that B likes the class given that A likes the class is 1/2 Students Liking a Class The probability that students A and B will like a class is 2/5 and 1/5 respectively. Find P( A or B) if The probabilities of the events...
Consider randomly selecting a single individual and ha ving that person test drive 3 different v Al-likes vehicle #1 A,-likes vehicle #2 suppose that mA1)-045. pA2)-0.65·RA)" 0.70,阀A, UA2) _ 0.80. mA2na3)-0.40, and (a) what is the probability that the individual likes both vehicle #1 and vehicle #2 4, UA2 UA3)-0.84. (b) Determine PA2 I A). (Round your answer to four decimal places.) Interpret PlAZ IA) r a person likes vehicle #2, this is the probability he or she will also...
please answer question 1 and 2 that go together
2/3 3/4 + 1/4 equals Probability of child carrying RR equals to 1/4 Probability of child carrying Rr equals to 1/2 1/4 Probability of child carrying R_equals to 1/4 1/2 1/4 + 1/2 equals 3/4 R RR Rr What is the chance that the child of parents, who are both heterozygous for the Rand Talleles, carries at least one dominant Rallele and expresses the recessive 1/4 x 1/4 equals 1/16 Probability...
A and Z are independent events. The probability that A occurs is 1/4. What is the probability that either one of the events will occur? A. 1/2 B. 1/8 C. 1/3 D.1/4 E.1/16 <<< is E the answer A and Z are independent events. The probability that A occurs is 1/4. The probability that Z occurs is 1/4. What is the probability that either one of the events will occur? i picked B am I correct A. 1/8 B. 1/16...
3&4
3. The probability that an automobile being filled with gasoline also needs an oil change is 0.30; the probability that it needs a new oil filter is 0.72; and the probability that both the oil and the filter need changing is 0.18. (a) If the oil has to be changed, what is the probability that a new oil filter is needed? (b) If a new oil filter is needed, what is the probability that the oil has to be...
TheprobabilitythattheLakerswillwintheirconferencetitlethisseasonis0.80whilethe probability that the Bucks will win their conference title is 0.90. The probability of both teams winning their respective conference titles is 0.72. Let L = Lakers wins their conference B = Bucks wins their conference a. What is the probability that the Lakers will not win their conference? b. WhatistheprobabilitythateitherLakersorBuckswillwintheirconference? c. What is the probability that only one of the two teams will win their conference? d. Whatistheprobabilitythatneitherteamwillwintheirconference? (1 mark) (2 marks) (2 marks) (1 mark) e. What...
The probability that person A will pass Finite Mathematics is 6/11 and the probability that person B will pass is 4/7 . Assume the events are independent. Find the probability that neither will pass.
3. Terms of trade Suppose that Greece and Austria both produce fish and cheese. Greece's opportunity cost of producing a pound of cheese is 4 pounds of fish while Austria's opportunity cost of producing a pound of cheese is 10 pounds of fish. By comparing the opportunity cost of producing cheese in the two countries, you can tell that _______ has a comparative advantage in the production of cheese and _______ has a comparative advantage in the production of fish. Suppose that Greece and Austria...
You play two games against the same opponent. The probability you win the first game is 0.8. If you win the first game, the probability you also win the second is 0.6. If you lose the first game, the probability that you win the second is 0.4. Complete parts a) through e). a) Are the two games independent? Explain your answer A. Yes; all events are independent. O B. No; the outcome of the first game determines the probability of...