From the population of daily travel times, the average number of minutes traveled per day is said to be 38.8 minutes, (i.c. p. = 38.8) with a corresponding standard deviation of 11.4 minutes (i.e.o =11.4). It is also known that the number of minutes traveled per day is normally distributed. Using the information given above, work out the empirical rule for this example, in the space provided below. BB 1 and 2: 63% BB 3 and 4: 95% BB 5 and 6: 99.7% For practice, put the information from above onto the curve, as we did in class. This will also help you answer the questions below. BB 7: Using ONLY the empirical rule, what is the probability a person will spend between 38.8 minutes and 61.6 minutes traveling in a day? *** BE AS PRECISE AS POSSIBLE*** BB 8: Using ONLY the empirical rule, what is the probability a person will spend between 16 minutes and 27.4 minutes traveling in a day? *** BE AS PRECISE AS POSSIBLE*** From all new employees hired at a large company in the last year, the average age is 31 years of age, with a corresponding standard deviation of 3.2 years of age. It is also known that age of all new employees is normally distributed. Using the information given above, work out the empirical rule for this example, in the space provided below. BB 9 and 10: 68% BB 11 and 12: 95% BB 13 and 14: 99.7% For practice, put the information from above onto the curve, as we did in class. This will also help you answer the questions below. BB 15: Using ONLY the empirical rule, What is the probability a new employee will be more than 40.6 years old? From all servings of Mac and Cheese boxes, the average number of noodles per box is said to be 476, with a corresponding standard deviation of 36. It is also known that the number of noodles in Mac and Cheese boxes is normally distributed. Using the information given above, work out the empirical rule for this example, in the space provided below. BB 16 and 17: 68% BB 18 and 19: 95% BB 20 and 21: 99.7% For practice, put the information from above onto the curve, as we did in class. BB 22: Using only the empirical rule, what is the probability a Mac and Cheese box will have less than 404 noodles? BB 23: Using only the empirical rule, what is the probability a Mac and Cheese box will BB 24: Using only the empirical rule, what is the probability a Mac and Cheese box will have between 440 and 584 noodles? BB 25: Using only the empirical rule, what is the probability a Mac and Cheese box will have between 440 and 476 noodles?Question 1, Enter the lower bound you found for the empircal rule at 68%. QUESTION 2 Question #2: Enter the up_per bound you found for the empircal rule at 68%. QUESTION 3 Question #3: Enter the lower bound you found for the empircal rule at 95%. QUESTION 4 Question #4: Enter the up_per bound you found for the empircal rule at 95%. QUESTION 5 Question #5: Enter the lower bound you found for the empircal rule at 99.7%. QUESTION 6 Question #6: Enter the upper bound you found for the empircal rule at 99.7%. :] QUESTION 7 Question #7: Using ONLY the empirical rule, what is the probability a person will spend between 38.8 minutes and 61.6 minutes traveling in a day? (Practice showing your work. Even though I will not be able to physically see your work, it is a good way for you to practice for the exams.) (Give in percentage format, NOT decimal format, and IGNORE the threat of a % being an incorrect character. In other words, if your answer was 95%, you should enter either 95 or 95%, NOT 0.95) ***BE AS PRECISE AS POSSIBLE.*** [:1 QUESTION 8 Using only the empirical rule, what is the probability a person will spend between 16 minutes and 27.4 minutes? (Give in percentage format, NOT decimal format, and IGNORE the threat of a % being an incorrect character. In other words, if your answer was 95%, you should enter either 95 or 95%, NOT 0.95) :J Question #9. Enter the lower bound you found for the empircal rule at 68%. g] QUESTION 10 Question #10, Enter the upper bound you found for the empircal rule at 68%. :] QUESTION 11 Question #11, Enter the lower bound you found for the empircal rule at 95%. g] QUESTION 12 Question #12, Enter the upper bound you found for the empircal rule at 95%. :] QUESTION 13 Question #13, Enter the lower bound you found for the empircal rule at 99.7%. g] QUESTION 14 Question #14, Enter the upper bound you found for the empircal rule at 99.7%. :] QUESTION 15 What is the probability a new employee Will be more than 40.6 years old? (Be sure to enter in percent format. Go to the rst non-zero digit.) :1 QUESTION 16 Question #16, Enter the lower bound you found for the empircal rule at 68%. :i QUESTION 17 Question #17, Enter the upper bound you found for the empircal rule at 68%. :i Question #18, Enter the lower bound you found for the empircal rule at 95%. :] QUESTION 19 Question #19, Enter the upper bound you found for the empircal rule at 95%. :] QUESTION 20 Question #20, Enter the lower bound you found for the empircal rule at 99.7%. :] QUESTION 21 Question #21, Enter the upper bound you found for the empircal rule at 99.7%. :] QUESTION 22 Using only the empirical rule, what is the probability a Mac and Cheese box will have less than 404 noodles? (Be sure to enter in percent format. Be as precise as possible.) [:1 QUESTION 23 What is the probability a Mac and Cheese box will have more than 584 noodles? (Be sure to enter in percent format.) QUESTION 24 What is the probability a Mac and Cheese box will have between 440 and 584 noodles? (Be sure to enter in percent format.) QUESTION 25 What is the probability a Mac and Cheese box will have between 440 and 476 noodles? (Be sure to enter in percent format.)