Answer:
as a decimal 0.048 and as a fraction 6/125
Step-by-step explanation:
Hope this helps :)
Answer:
Combine like terms4ℎ+3ℎ+ℎ8ℎ
Solution8ℎ
Step-by-step explanation:
Answer:
(2,-10)
Step-by-step explanation:
I used a graphing tool to graph the system of equations. The the two lines intercept at the point (2,-10). So, (2,-10) is the solution.
The answer will be 52. hope it helps
Answer:
The answer is
of the population.
Step-by-step explanation:
The question is wrong. The joint density function is
in R
and
outside R.
R is defined as the rectangle
, 
In order to find the fraction of the population satisfying the constraint
, we will need to integrate the joint density function
over the region defined by the constraint. It is very convenient to draw the region ''R'' and the new region define by the constraint 
I will attach a drawing with the region ''R'' and the new region where we need to apply the integral.
If we integrate outside ''R'', given that
outside ''R'', the integral will be equal to 0 (because of the joint density function).
Inside the rectangle ''R'' and given the constraint
, we define two new regions : the green region (I) and the blue region (II).
The final step is to integrate in (I) and in (II) and sum ⇒
⇒
, where ''1'' is the green region and ''2'' is the blue region.
⇒
+
=
We find that
of the population satisfy the constraint
.