From the information given about the producer, the linear supply function will be p = 94.17x + 1382.55.
<h3>How to solve the linear supply function</h3>
The equation of the linear supply is given as mx + c.
From the information given, the equation will be:
30 = (15 × m) + c
30 = 15m + c
Also, the second equation will be:
595 = (21 × m) + c
595 = 21m + c
Subtract equation i from ii.
(595 - 30) = 21m - 15m
565 = 6m
m = 565/6 = 94.17
Therefore, we will put the value of m into the equation. This will be:
30 = 15m + c
30 = (15 × 94.17) + c
30 = 1412.55 + c
c = 1412.55 - 30
c = 1382.55
Therefore, the equation will be p = 94.17x + 1382.55.
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Answer:
D) Rhombus
Step-by-step explanation:
The diagonals are perpendicular bisectors of each other, but are different lengths. The figure is a rhombus.
Answer:
The image will be the point (6,5)
Step-by-step explanation:
Here, we want to get the image of the point (-5,-6) after the reflection
Mathematically if we reflected a point with the pre-image coordinates (x,y) over the line y = -x; its image becomes (-y, -x)
So, (-5,-6) becomes (6,5)
