The human resources department of a manufacturing firm found the average number of absences to be 3.4 per day. In the five days following unsuccessful labor negotiations, there were a total of 39 absences, but the negotiators claimed that they were from ordinary illnesses. What is the probability of at least 39 absences in 5 days? Assume a Poisson distribution.

mia khalifa

step-by-step explanation:

part a: 1.08

part b: 27.59

a. (14,375+570)(5.3) b. 158,417$

step-by-step explanation:

a. you are basically just setting up the equation. f= amount of debt hence 14,375. g= how much she is borrowing from her parents weekly hence 570 and t= the interest on her debt. creating the equation.

b.   14,375+570= 14,945

      14,945 x 5.3 = 79,208.5

      79,208.5 x 2(years) = 158,417(answer)

the answer on ed. is:

c. "the graph of f(x) has exactly two x-intercepts."

hope i could someone! : )