The first option, on the top left!
Answer:
W/5-6
Step-by-step explanation:
W/5-6
W/1
Answer:
Look at the distances
Step-by-step explanation:
vertical and horizontal distances, see how far each vetex is from the center of the dilation. the dilation will be parrell to the image.
Answer:
Step-by-step explanation:
From the table we can see that
<u>The rate of change is (slope)</u>
<u>Zero point (y-intercept) considering same rate is </u>
<u>The rule for the total cost is:</u>
Correct option is C
Perimeter = 2L + 2W → 240 = 2L + 2W → 120 = L + W → 120-L = W
Area = L x W → Area = L(120-L) → Area = 120L - L²
Find the derivative: dA/dL = 120 -2L → 0 = 120 - 2L → L = 60
Area = 120L - L² = 120(60) - (60)² = 7200 - 3600 = 3600
The maximum area is 3600 yds²
