The answer should be this below
a- 4.16%
b- 7.5%
For this case, the first thing we must do is define a variable.
We have then:
x: number of muffin plates
We now write the expression that models the problem.
We know there are 4 muffins in each dish, therefore, we have:
Substituting for x = 0 we have:
Answer:
There are 0 lemon muffins
d: 0
Answer:
Based on graph description ...
- end behavior: (-∞, +∞), (+∞, -∞)
- y-intercept: (0, -4)
Based on what appear to be answer choices ...
- end behavior: (-∞, ∞), (+∞, -6)
- y-intercept: (0, -5)
Step-by-step explanation:
<u>End behavior</u>
"Starts at top left" means the function approaches +∞ as x approaches -∞.
"Continues decreasing to the bottom right" seems to mean the function approaches -∞ as x approaches +∞.
(While an exponential decay function "continues decreasing", it approaches a limit. Your description of the graph says nothing about that, so we assume it is an odd-degree polynomial function with a negative leading coefficient.)
__
<u>Y-intercept</u>
"Crosses the y axis at negative 4" means the y-intercept is (0, -4).
_____
<em>Comment on problem statement discrepancies</em>
Perhaps you intended to describe the graph as "approaching -6 at the bottom right." That would match a description, "The graph approaches y = −6 to the right." However, your offered choice of (0, -5) for the y-intercept does not match the verbal description of "crosses the y axis at negative 4."
Isn't it ones place and the hundredths place?
Answer:
The first step is to multiply by a power of 10, so the divisor is a whole number.
Step-by-step explanation: