can you help me solve these questions?

Question 7 (1 point) The five-number summary for a dataset on Grade Point Average is given in the table below. Using this information, calculate the percent of values above 1.24. Min Q1 Median |Q3 Max 0.46 1.24 2.3 2.72 3.33 Question 7 options: 1) 50% 2) 0% 3) 25% 4) 75% 5 100% Question 8 (1 point) Suppose it is known that the mean and standard deviation of the scores on a statistics final are 74.36 and 7.33, respectively. Calculate an interval that is symmetric around the mean such that it contains approximately 95% of scores. Assume that the scores have a normal distribution. Question 8 options: 1) (81.69, 67.03) 2) (74.36, 7.33) 3) (67.03, 81.69) 4) (89.02, 59.7) 5) (59.7, 89.02)Question 9 (1 point) Suppose that the number of gallons of milk sold per day at a local supermarket are normally distributed with mean and standard deviation of 448.3 and 29.13, respectively. What is the probability that on a given day the supermarket will sell between 452 and 454 gallons of milk? Question 9 options: 1) 0.0011 21 0.0270 3) We do not have enough information to calculate the value. 4) 0.5505 5) 0.4224 Question 10 (1 point) Suppose that the number of gallons of milk sold per day at a local supermarket are normally distributed with mean and standard deviation of 356.5 and 27.73, respectively. What is the probability that on a given day the supermarket will sell between 332 and 354 gallons of milk? Question 10 options: 1) 0.0167 2) 0.2756 3) 0.1885 4) 0.5359 5) We do not have enough information to calculate the value.Question 11 (1 point) A certain list of movies were chosen from lists of recent Academy Award Best Picture winners, highest grossing movies, series movies (e.g. the Harry Potter series, the Spiderman series), and from the Sundance Film Festival and are being analyzed. The mean box office gross was $147.077 million with a standard deviation of $12.4122 million. Given this information, 12.23% of movies grossed less than how much money (in millions)? Assume the distribution is approximately normal. Question 11 options: 1) 32.19 2) 326.34 3) 161.52 4) 132.63 5) We do not have enough information to calculate the value. Question 12 (1 point) Measurements were recorded for the slapshot speed of 100 minor-league hockey players. These measurements were found to be normally distributed with mean of 81.539 mph and standard deviation of 4.8816 mph. Would it be unusual to record a value between 75.69 and 77.18 mph? Question 12 options: 1) A value in this interval is not unusual. 2) A value in this interval is unusual. 3) It is impossible for a value in this interval to occur with this distribution of data. 4) We do not have enough information to determine if a value in this interval is unusual. 5) A value in this interval is borderline unusual