Answer:
If the circle is filled in, it’s x≥2. (Also can be written as 2≤x).
If the circle is not filled in, it’s x>2. (Also can be written as 2<x).
Step-by-step explanation:
If the circle is filled in, it’s x≥2. (Also can be written as 2≤x).
If the circle is not filled in, it’s x>2. (Also can be written as 2<x).
2x+13=3x-2 can be the equation (I believe)
Answer:
b = √79
Step-by-step explanation:
using pythagorath's theorem
Set each piece = to 56, assuming that the 2 variables for which you are not solving are each equal to 0.
7x -2(0)-14(0) = 56
7x=56 (divide each side by 7)
X = ?
(__, 0, 0)
7(0) - 2y - 14 (0) = 56
-2y = 56 (divide each side by -2)
Y= ?
(0, __ , 0)
7(0) - 2(0) - 14z = 56
-14z = 56 (divide each side by -14)
z = ?
(0, 0, __)
The value that should be used when one wants to determine the the amount of beach remaining after each is the common ration. This is because the the common ratio gives the percentage decrease or increase in value proportional to the original value. In our case the common ratio that should not miss in the model is 1.1%~ 0.011.
Answer is: the common ratio is 1.1%