5. Let x be the distance (m) that an animal moves from its birth site to...
2- (15%) Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed kangaroo rats, X has an exponential distribution with the mean of 72.15. (McCarthy, 1997) a. What is the probability that the distance is at most 150 m² b. What is the probability that distance exceeds the mean distance by more than 2 standard deviations?
Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed kangaroo rats, X has an exponential distribution with parameter = 0.01377. (a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places.) at most 100 m at most 200 m between 100 and 200 m (b) What...
Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed kangaroo rats, x has an exponential distribution with parameter 1 = 0.01422. (a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places.) at most 100 m at most 200 m between 100 and 200 m (b)...
Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed kangaroo rats, X has an exponential distribution with parameter λ = 0.01457. (a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places.) at most 100 m at most 200 m between 100 and 200...
Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed kangaroo rats, has an exponential distribution with parameter λ = 0.01392 (a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places.) at most 100 m at most 200 m between 100 and 200 m (b) What...
Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed kangaroo rats, X has an exponential distribution with parameter ? = 0.01327.(a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places.)at most 100 mat most 200 mbetween 100 and 200 m(b) What is the probability that...
Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed Kangaroorats, X has an exponenti distribution with parameter = 0.01337 (a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places.) at most 100 m at most 200 m between 100 and 200 m (b) What is...
NOTES Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed Kangaroorats, X has an exponenti distribution with parameter 1 0.01337 (a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places) at most 100 m 0.01 X at most 200 m 0.012 between 100 and 200...
PREVIOUS ANSWERS DEVORESTAT9 4.E.OGO. 1:00:42 Let X denote the distance (m) that an animal moves from its birth site to the first territorial vacancy it encounters. Suppose that for banner-tailed ang hapon distribution with parameter 2 = 0.01337 (a) What is the probability that the distance is at most 100 m? At most 200 m? Between 100 and 200 m? (Round your answers to four decimal places) at most 100 m 0.7374 at most 200 m 0.9310 between 100 and...
Let X=the distance (m) that an animal moves form its birthplace to the first territorial vacancy it encounters. Suppose that for a specific specie X has an exponential distribution with ?=0.01386. a. If the animal has been walking for 150m, what is the probability that it will have to walk for another 100m? b. If you observe 15 animals, what is the probability that less than 5 will have to walk more than 100m? c. If you observe 75 animals,...