I need the answers

_ 7. Suppose it is claimed that amongst the population of human adults, the , ' number of hours spent sleeping per day is normally distributed with a mean of p. = 7 and variance of 02 = 1.1. Further suppose that we wish to study the mean of the population by taking a random sample of n z 78 adults. Using this information, write down the distribution of the sample mean, 3?. Note: in each box, enter a single number rounded to four decimal places where relevant. X N Nd 7 , 0.1246 ) 8. Following on from the previous question, what is the probability that when we take a random sample of n : 78 adults, the sample mean would be greater than 7.1187? Li, 9. Again following on from the previous question, what is the probability that when we take a random sample of n = 78 adults, the sample mean would be either greater than 7.1187 or less than 68813? E 10. Suppose a random sample of n = 22 is taken from a population with an unknown distribution that has it : 7 and a2 = 1.04882. What is the distribution of )7? )7 N c For the remainder of this question, we will consider one of the world's most _ For the remainder of this question, we will consider one of the world's most popular video games, Minecraft (adapted from Mills & Mills, 2016). In this game, the character (you) can attempt to tame a wolf with a bone. Assume that you get 13 tries to tame the wolf, is. there are 13 bones. Each time you tame the wolf, the wolf becomes a dog and a new wolf appears which you can then attempt to also tame. This continues until you have used up all 13 bones, and the goal is to end up with as many dogs as possible at the end of the game. The probability of taming the wolf with each attempt is fixed at 0.43. Let X denote the number of dogs at the end of the game so that X N BIN(13, 0.43). Assume you are about to play the game. . . . r 11. What IS the probability you will tame exactly 3 dogs? I 12. What is the probability you will tame less than 4 dogs? 13. What is the probability you will tame more than 4 dogs? 14. If you tame more than half of the dogs, you win. Otherwise, you lose. What is the probability you will win the game? 15. The probability that you will tame some number m or /ess dogs is 0.9858851. What must :1: be (round to the nearest whole number)?r \" ::on.oags'@