Answer:
200 000 + 40 000 + 6 000 + 300 + 5
Answer:
5/4.
Step-by-step explanation:
√150/√96
= √6√25 / √6√16
= 5√6 / 4√6
= 5/4.
The length of the 3 sides
has a total dimension of 720 ft. One dimension, the length l, only has one side
enclosed. The other dimension, the width w, has 2 sides enclosed. So,
720 ft = l + 2w
Rearranging in terms of l:
l = 720 - 2w
Then the area equals
length times width, or:
A = (720-2w)(w) = 720w - 2w^2
To get the maximum area, we take the derivative of the Area
equation and set the derivative equal to 0: dA/dw = 0
dA/dw = 720 - 4w = 0
720 - 4w = 0
4w = 720
w = 180 ft
Calculating for l:
l = 720 – 2w
l = 720 – 2(180)
l = 360 ft
Therefore to get the
maximum enclosed area, the width (2 sides) should be 180 ft while the length (1
side) is 360 ft.<span>
</span>
Answer: 6 is the GCF of 12 & 18
Step-by-step explanation: 1,2,3, and 6 are all factors of 12 & 18, but 6 is the greatest of all of the factors shown. 1,2,3 < 6.
Hope this helps!