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Some Exercises Involving Probability2. Two fair dice are rolled. Find the probability that the sum of the two numbers is not greater than 5.3. This spinner is spun 36 times. The spinner landed on A 6 times, on B 21 times, and on C 9 times. Compute the empirical probability that the spinner will land on B.
4. If a person is randomly selected, find the probability that his or her birthday is not in May. Ignore leap years.5. The chart below gives the number of vehicle tags sold in each city.
One car is selected at random from the cars with vehicle tags from these cities. What is the probability that this car is from Salem?
Computing probability, mean and standard deviation for the given information and evaluate the mean number of sales expected.
Plot the regression model on a scatter plot of BMI difference & COFFDIFF.
What is the probability that at least 50 customers pay in cash? What is the probability that no more than 15 customers pay in cash? What is the probability that more than 20 and less than 40 customers pay in cash?
Application of law of cosines to pentagons - evaluate the perimeter of the pentagon. Show sketch and equation.
Perform the last step in the hypothesis test. Do you reject the null hypothesis or fail to reject the null hypothesis?
Calculate the odds ratio.
Use a two sided test at the alpha level.
Set up an appropriate probability space. Which is larger, (a) the probability of having a full house given that the first 2 cards you've dealt have the same denomination, or (b) the probability of having a full house given that there exist 2 cards
Use an ANOVA with alpha=.05 to determine whether there are any significant differences among the three treatments.
Graph the function and answer the question using graph - What is the significance of the vertical asymptote (what does it mean in this context)?
Assuming that there is no cost to enter the .sweepstakes, find the expected value of the amount won for one entry. Round to the nearest tenth.
Solve the problem on percentages
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