Determine whether the value is a discrete random variable, continuous random variabler or not a random variable. a. The number of bald eagles in a countrv b. The distance a baseball travels in the air alter being hit c. The eye color of people on commercial aircraft ights d. The weight oi a Tbone steak e. The lime it takes to it).r from City Ato City E f. The time it takes for a light bulb to burn out a. Is the number of bald eagles in a country a discrete random variable, a continuous random variable, or not a random variable? 0 n. It is a continuous random variable. 0 B. It is a discrete random variable. 0 C. It is not a random variable. b. Is the distance a baseball travels in the air alter being hit a discrete random variable, a continuous random variable, or not a random variable? 0 A. It is a discrete random variable. 0 B. It is a continuous random variable. 0 C. It is not a random variable C. Is the eye color of people on commercial aircratt ights a discrete random variable, a continuous random variable, or not a random variable? 0 A. It is a continuous random variable. 0 B. It is a discrete random variable. 0 C. It is not a random variable. d. Is the weight ofa Tbone steak a discrete random variable, a continuous random variable, or not a random variable? 0 n. It is a discrete random variable. 0 B. It is a continuous random variable. 0 C. It is not a random variable. e. Is the time it takes to fly from City A to City B a discrete random variable, a continuous random variable, or not a random variable? 0 A. It is a discrete random variable. 0 B. It is a continuous random variable. 0 C. It is not a random variable. f. lsthe time it takes for a light bulb to burn out a discrete random variable, a continuous random variable, or not a random variable? 0 A. It is a continuous random variable. 0 B. It is a discrete random variable. 0 C. It is not a random variable. Q1: International statistics suggests that women suffering from osteoporosis are divided as 60% who dose not have bone fracture and 40% with bone fracture. A researcher suspected that the distribution of the fracture in his city is different. To test this the researcher sampled 100 women with osteoporosis in his city and classified their fracture condition as in the table below. Fracture status Without Total With fracture fracture Number of people tested 50 50 100 1- Use chi-square test to test the researcher claim that osteoperosis distribution in the researcher city is different than the international statistics. 2- Which type of Chi-squre test did the reasercher used? And what is Justification for its use? Activate WindowPoisson approximation for a binomial distribution. 5) Let X be the number of I's you get when you roll 60 dice. The Poisson approximation for the pdf is ( 60 ) (2 ) " ( 2) 0- = ( # ) 10' @-10 Use Matlab to count the number of I's you get when you roll 60 dice . Repeat 100 times . Check whether the result is consistent with a Poisson distribution with 2 = Np = 10 using a Chi-squred test