To solve for y, you do not get a value as there are no values in the equation. You can however still solve, as long as you make the equation "y =". To do this, you need to get y by itself, and we can see that it is being multiplied by r. To move the r onto the other side, we therefore have to divide by r on both sides. This leaves us with y = Z/r, which is your answer.
I hope this helps!
Answer:

Step-by-step explanation:
So, we have the graph y=f(x).
And we want to find:

Remember that the inverse of a function is simply the x-values and y-values swapped. To see this, let's let our inverse equal y:

This means that we have the point:

So, to find our solution, we will swap the x- and y-coordinates. This gives us:
So, simply need to find the x-coordinate such that y is 0.
From our graph, we can see the point (6,0). In other words:

So:

And we're done!
Answer:
d. about $1.65 billion
Step-by-step explanation:
$1.8 billion × .916 = $1.6488 billion, or about $1.65 billion
If the angles are 90,45,45 so the sides except hypotenuse are congruent
and the hypotenuse is equal to :


the answer is 12
hope this helps
Okay, to solve this, let's use the variable 'p' to represent the original price:
Because we know the amount of discount and the percentage off, we know that 60% of the original price is $75.
Knowing this, we can write an equation:
0.6p = 75
There are multiple ways to solve this, but I'll just use the method I prefer
6p = 750
p = 750/6
p = 125
The original price of the chess set was $125