Answer:
Required Probability =0.421
Step-by-step explanation:
Let's first arrange the data given in a more presentable way: So, we have the following probabilities for different categories.
Underweight (UW) = 0.019
Healthy Weight (HW) = 0.377
Overweight but Not Obese (NO) = 0.35
Obese (O) = 0.254
<em>Now, let's calculate the probability that a randomly selected American adult who weighs more than the healthy weight range is obese:</em>
Required Probability = Probability(obese)/Probability(Overweight + Obese)
= P (O) /P(NO + O)
=0.254/(0.35+0.254)
Required Probability =0.421
where, O for Obese and NO for Not Obese or Overweight but Not Obese.
So, the correct answer = 0.421
Answer:
abdcdefghjiklmnopqrstuvwxyz
A(t) = P(1+(r/n))^(nt)
A(3) = 500(1+0.04/1))^(1*3)
A(3) = 500(1.04)^3
A(3) = $562.43
Answer:
-4x^2+3x
Step-by-step explanation:
collect like terms
(2x^2-6x^2) + (6x-3x) + (5-5)
simplify
-4x^2 + 3x
