17,98 $ (subtraction)
Hope that helpful !
Answer:
+.5
Step-by-step explanation:
Answer:
40
Step-by-step explanation:
(35/100) of X = 14
(7/20) × X = 14
X = 14 × 20/7
X = 40
Answer:
x ∈ (-∞, 3) U (6, ∞).
Step-by-step explanation:
![x^2> 9x - 18](https://tex.z-dn.net/?f=x%5E2%3E%209x%20-%2018)
![x^2 - 9x + 18> 0](https://tex.z-dn.net/?f=x%5E2%20-%209x%20%2B%2018%3E%200)
We use factorization and optain
![(x-6)(x-3)> 0](https://tex.z-dn.net/?f=%28x-6%29%28x-3%29%3E%200)
Then, we have two critical points: x=3 and x=6. Now:
(i) for x < 3 we have that x-6 <0 and x-3 <0. Then (x-6)(x-3) > 0.
(ii) for 3 < x < 6 we have that x -6 <0 and x -3 > 0. Then (x-6)(x-3) < 0.
(iii) for x > 6 we have that x-6 >0 and x-3 > 0. Then, (x-6)(x-3) > 0.
conditions (i) and (iii) satisfy the inequatliy, then the solution is x ∈ (-∞, 3) U (6, ∞).
The graph is in the picture below.
Side of the square: s
Area of the square: As=s^2
Diameter of the circle: d=s
Area of the circle: Ac=pi d^2/4
Ac=pi s^2/4; pi=3.1416
Ac=3.1416 s^2/4
Ac=0.7854 s^2
<span>The likelihood that a point chosen inside the square will also be inside the circle: P=?
P=Ac/As=0.7854 s^2 / s^2
P=0.7854
P=0.7854 * 100%
P=78.54%
</span>The likelihood that a point chosen inside the square will also be inside the circle is 0.7854 or 78.54%