Just 6 because negative 6 is in between the positive 6
Answer:
The equation that represents the relation is;
d. y = -16/x
Step-by-step explanation:
The
An inverse variation of an ordered pairs is the set of ordered pairs that is given by the relationship that as one variable in an ordered pair increases, the other decreases and vice versa
Mathematically, an inverse relation can be expressed as follows;
y ∝ 1/x
From which we have;
y = k/x, where, "k", represents the constant of proportionality
Therefore, we have;
k = y × x
The given ordered pair are;
{(-1, 16), (2, -8), (4, -4)}
Therefore, k = y × x = 16 × (-1) = -8 × 2 = -4 × 4 = -16
The given function is y = k/x = -16/x
Therefore, y = -16/x.
Answer: Read below.
Step-by-step explanation:
Let's take the first one.
Subtract 17
Divide by 3
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Now the second one.
Here's the trick. You need to divide by -6; however, there's a rule. When you multiply or divide by negative numbers, the inequality sign flips.
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x has to be less than 10
x has to be greater than 
or -2.66 approximately.
in the number line, make a hollow circle on and draw an arrow up to 
where, again, you have to make a hollow circle. The circles have to be hollow because neither nor 10 are part of the answers.
Answer:
Correct answer: (x-√2)² + (y-√5)² = 3
Step-by-step explanation:
Given data: Center (x,y) = (√2,√5) and r = √3
The canonical or cartesian form of the equation of the circle is:
( x-p )² + ( y-q )² = r²
Where p is the x coordinate of the center, q is the y coordinate of the center and r is the radius of the circle.
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