Answer:
"...charges a flat rate of $5.00..." Flat rates in the business world is what we call constants in the mathematical word. That is, if we have a flat rate, that number doesn't change for anything because it has no variable attached to it (unless otherwise noted). You can identify what the constants are because they do not have the tags "per", "each", or "for every" attached to them when in the English language. In this case, this number remains the same no matter if 1 package gets shipped or a 1000 packages get shipped. So, we have the first part of our equation:
$5.00...
Step-by-step explanation:
What? if you're looking to solve it using a = 3
then the answer will be
Graph is missing but we can still solve this problem using given information.
Given that graph is cubic which increases first then decreases then increases again. The graph intercepts the x axis at approximately -1.8, 0, and 3.2.
That means graph will look similar to attached graph.
We can see that maximum lies at point A Which is clearly between x=-1.8 and x=0
That best matches with x=-1 from given choices.
We can see that minimum lies at point B Which is clearly between x=0 and x=3.2
That best matches with x=2 from given choices.
Hence final answer is "Local maximum: approx. (-1,1.17); local minimum: approx. (2,-3.33)"
Answer:
length and width are x + 6 and 5x - 7y
Step-by-step explanation:
5x² + 30x - 7xy - 42y
= 5x(x + 6) - 7y(x + 6)
= (x + 6)(5x - 7y)
so
length and width are x + 6 and 5x - 7y
D, because (5+y) and 8 are factors, and within (5+y), 5 and y are terms.