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: Reformatting the input :
Changes made to your input should not affect the solution:
(1): "y3" was replaced by "y^3". 1 more similar replacement(s).
STEP
1
:
Equation at the end of step 1
(23x2 • y3) - 5
STEP
2
:
Trying to factor as a Difference of Cubes
2.1 Factoring: 8x2y3-5
Theory : A difference of two perfect cubes, a3 - b3 can be factored into
(a-b) • (a2 +ab +b2)
Proof : (a-b)•(a2+ab+b2) =
a3+a2b+ab2-ba2-b2a-b3 =
a3+(a2b-ba2)+(ab2-b2a)-b3 =
a3+0+0+b3 =
a3+b3
Check : 8 is the cube of 2
Check : 5 is not a cube !!
Ruling : Binomial can not be factored as the difference of two perfect cubes
Final result :
8x2y3 - 5
Answer:
2 + 0i
Step-by-step explanation:
Our real number in this scenario would be 2. And since we don't need an imaginary part because we are just converting 2 by itself, we plug in 0 for the imaginary number.
Answer:
It is a mixture of the two.
Step-by-step explanation:
Standard form would be 70,000
Word form would be seventy thousand
