A model proposed for NBA basketball supposes that when two teams with roughly the same record play each other, the number of points scored in a quarter by the home team minus the number scored by the visiting team is approximately a normal random variable with mean 1.5 and variance 6. In addition, the model supposes that the point differentials for the four quarters are independent. Assume that this model is correct. a. What is the probability that the home team wins? b. What is the conditional probability that the home team wins, given that it is behind by 5 points at halftime? c. What is the conditional probability that the home team wins, given that it is ahead by 5 points at the end of the first quarter?
A model proposed for NBA basketball supposes that when two teams with roughly the same record play each other, the number of points scored in a quarter by the home team minus the number scored by the visiting team is approximately a normal random variable with mean 1.5 and variance 6. In addition, the model supposes that the point differentials for the four quarters are independent. Assume that this model is correct. a. What is the probability that the home team wins? b. What is the conditional probability that the home team wins, given that it is behind by 5 points at halftime? c. What is the conditional probability that the home team wins, given that it is ahead by 5 points at the end of the first quarter?
Solution Summary: The author explains that X i is the random variable that marks the difference between the points obtained by home and away teams in the ith quarter.
A model proposed for NBA basketball supposes that when two teams with roughly the same record play each other, the number of points scored in a quarter by the home team minus the number scored by the visiting team is approximately a normal random variable with mean 1.5 and variance 6. In addition, the model supposes that the point differentials for the four quarters are independent. Assume that this model is correct.
a. What is the probability that the home team wins?
b. What is the conditional probability that the home team wins, given that it is behind by 5 points at halftime?
c. What is the conditional probability that the home team wins, given that it is ahead by 5 points at the end of the first quarter?
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