Answer:
Local maximum = [3, 4]
Step-by-step explanation:
Step 1: Plot the given points [–1, 0] [1, 2] [2, 3] [3, 4] and draw the graph.
Step 2: Observe the graph, it is a straight line. Which has local minimum and local maximum at the closed interval.
Here with I have attached the graph.
The graphed function at local maximum at [3, 4]
Thank you.
Answer:
(2,14)
Step-by-step explanation:
so i solved this with substitution but there are other methods to solve this!
equation 1 : y = -x + 16
equation 2 : y = x + 12
solve for y in equation 1 !!
y = -x + 16
(add x on both sides)
y + x = 16
(subtract y on both sides)
x = -y + 16
equation 1 now equals : x = -y + 16
substitute equation 1 into equation 2 :)
y = (-y + 16) + 12
(add 16 + 12)
y = -y + 28
(add y on both sides)
2y = 28
(divide 2 on both sides)
y = 14
now to solve for x you can insert y !
you can use equation 1 or equation 2 to solve for x.
i'm using equation 2 :
y = x + 12
(14) = x + 12
(subtract 12 on both sides)
x = 2
therefore, the answer is (2, 14).
hope this helps :p
This makes no sense.. the question doesn’t state how much he sold. It only states what he had and how much he sold them for.
Answer:
B im pretty sure
Step-by-step explanation:
