#1 is 4 for the 1st quartile
Solving this problem is just pretty straight forward. All
we simply have to do is to plug in the value of t (in days) in the function,
solve then we get the number of susceptible people.
A. At the beginning of the epidemic
t = 0
f(x) = 15000 e-^(0.05 * 0)
f(x) = 15000
B. After 14 days
t= 14
f(x) = 15000 e-^(0.05 * 14)
f(x) = 7,448.78 = 7,449
C. After 21 days
t = 21
f(x) = 15000 e-^(0.05 * 21)
f(x) = 5,249
D. After 5 weeks
t = 5 * 7 = 35
f(x) = 15000 e-^(0.05 * 35)
f(x) = 2,606.61 = 2607
Answer choice D is the right answer
Do you mean 5 a(to the second)b - 13 a b + 7 a(to the third) - 4 b
7a^3 - 5a^2b -13ab - 4b
Polynomial (more than 3 terms)
Degree is 9, add all exponents of variables together
Answer: it should be 18 in one
Step-by-step explanation:
5 on top and 5 on bottom is 10 and 4 on both sides is 8 add then its 18
