If you are trying to figure out the total distance of them all then yes. if you are not no.
<h2>
Answer:</h2>
We have the following function:

The graph of this function has been plotted below. So lets analyze each statement:
<h3>1. The function is always increasing.
</h3><h3>False</h3>
As you can see x increases from -∞ to 0 and decreases from 0 to +∞
<h3>2. The function has a domain of all real numbers.
</h3><h3>False</h3>
The function is undefined for
since x is in the denominator.
<h3>3. The function has a range of {yl-
</h3>
Statement is unclear but the range is the set of all real numbers except zero.
<h3 /><h3>4. The function is a reflection of y = 3.
</h3><h3>False</h3>
The function is a reflection in the x axis of the function 
<h3>5. The function passes through the point (3,-27).</h3><h3>False</h3>
This is false since:

Note. As you can see those statements are false, so any of them is true, except item 3 that is unclear.
X + 3 1/6 = 1 5/6
*subtract 3 1/6 from both sides
x = 1 5/6 - 3 1/6
x = 11/6 - 19/6
x = -8/6
x = -1 2/6
x = -1 1/3
Let x = the number of boxes they need to sell to get to 180
(1 1/8) * x + 75*(1 1/8) = 180 There's a number of ways you could solve this. I think the easiest way (or the easiest to explain) is to start by converting 1 1/8 to a decimal
1/8 = 0.125
1 1/8 = 1 + 0.125
1 1/8 = 1.125 Put this result in the equation.
1.125x + 75 * 1.125 = 180
1.125x + 84.375 = 180 Subtract 84.375 on both sides.
1.125x = 180 - 84.375
1.125x = 96.625 Divide by 1.125
x = 96.625 / 1.125
x = 85
They must sell 85 more boxes to raise 180 dollars.