Hey there!
<span>x<74
Hope this helps!
~Jurgen</span>
Answer:
Step-by-step explanation:
I have mathswatch work too do as well so its kinda annoying lol
so first we need to find the volume of the cuboid
36cm x 6cm x 23cm= 4968cm³
2/3x4968=3312cm³
3312/275=12.04
maximum amount of cups is 12
To minimize the cost, we take the straight distance from the refinery to the other side of the river as 2 km. Also, the 7 km will be the distance that has to be traveled by the pipeline in land. The total cost, C, is therefore,
total cost = (2 km)($800,000/km) + (7 km)($400,000 /km)
total cost = $4,400,000
Thus, the total cost of the pipeline is approximately $4,400,000.00.
The answer it is b because that is the right answer
