Chapter 5: Q.14 (page 311)
Find the probability that x falls in the shaded area.
Short Answer
The probability that falls in the shaded area is:
Chapter 5: Q.14 (page 311)
Find the probability that x falls in the shaded area.
The probability that falls in the shaded area is:
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Get started for freeUse the following information to answer the next eleven exercises. The age of cars in the staff parking lot of a suburban college is uniformly distributed from six months (0.5 years) to 9.5 years
In words, define the random variable X.
According to a study by Dr. John McDougall of his live-in weight loss program, the people who follow his program lose between six and 15 pounds a month until they approach trim body weight. Let’s suppose that the weight loss is uniformly distributed. We are interested in the weight loss of a randomly selected individual following the program for one month. a. Define the random variable. X = _________ b. X ~ _________ c. Graph the probability distribution. d. f(x) = _________ e. μ = _________ f. σ = _________ g. Find the probability that the individual lost more than ten pounds in a month. h. Suppose it is known that the individual lost more than ten pounds in a month. Find the probability that he lost less than 12 pounds in the month. i. P(7 < x < 13|x > 9) = __________. State this in a probability question, similarly to parts g and h, draw the picture, and find the probability.
Which type of distribution does the graph illustrate?
Use the following information to answer the next eight exercises. A distribution is given as .
Draw the graph of the distribution for .
Use the following information to answer the next eleven exercises. The age of cars in the staff parking lot of a suburban college is uniformly distributed from six months (0.5 years) to 9.5 years.
Find the probability that a randomly chosen car in the lot was less than four years old;
a. Sketch the graph, and shade the area of interest.
b. Find the probability.
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