(ANSWER IS): 24% I’m pretty sure this is the correct answer
Answer:
1050
Step-by-step explanation:
Let x = full capacity
Move the variable to the left side by subtracting both sides by
Combine the like terms (don't forget about common denominator)
Multiply both sides by to isolate the x
The solutions fo the inequality are all the points (x, y) that meet these 3 conditions.
- x ≠ 0
- y ≠ 0
- Sign(x) =sign(y)
<h3>
Which points are solutions of the inequality?</h3>
We want to find points of the form (x, y) that are solutions of the inequality:
x*y > 0
Clearly x and y must be different than zero.
So, for example if x = -1, y can be any negative number, for example y= -3
x*y > 0
(-1)*(-3) > 0
3 > 0
This is true.
Now if x = 1, y must be positive. LEt's take y = 103, then:
x*y > 0
1*103 > 0
103 > 0
Then we have 3 conditions:
- x ≠ 0
- y ≠ 0
- Sign(x) =sign(y)
The solutions fo the inequality are all the points (x, y) that meet these 3 conditions.
If you want to learn more about inequalities:
brainly.com/question/25275758
#SPJ1
Answer:
B. (-1,7)
C. (0,5)
D. (2,3)
Step-by-step explanation:
We solve this question looking at the graphic.
A. (-7, 1)
When , and thus (7,-1) is not solution of the equation.
B. (-1,7)
When , and thus (-1,7) is a solution of the equation.
C. (0,5)
When , and thus (0,5) is a solution of the equation.
D. (2,3)
When , and thus (2,3) is a solution of the equation.
E. (3, 2)
When , and thus (3,2) is not part of the solution
F. (5,0)
When , and thus (5,0) is not part of the solution