Solution:
The gas can is filled at the rate of 320 cubic inches per minute.
The can is 10 inches long, 8 inches wide, and 12 inches high.
So volume of the can=10 in*8 in *12 in
Time required to fill the can
Hence Time required to fill the can =3 minutes.
Use midpoint formula: (x+x/2, y+y/2)
Substitue: (-4+7, 2-2/2)
Add: (3/2, 0/2)
Answer: (3/2, 0) or (1.5, 0)
Answer:
54 m/h
Step-by-step explanation:
216 ÷ 4
it is simple maths my dude
When we know all 3 sides of a triangle, we can calculate area by using Heron's Formula. (see attached). Where s is the SEMI-PERIMETER
perimeter = 60 + 68 +71 = 199
SEMI-Perimeter = 199/2 = 99.5
Area = sq root (99.5 * (99.5-60) * (99.5-68) * (99.5-71)
Area = sq root (99.5 * 39.5 * 31.5 * 28.5)
Area = sq root (
<span>
<span>
<span>
3,528,381.94
</span>
</span>
</span>
)
Area =
<span>
<span>
<span>
1,878.4 square meters
1,878.4 / 70 sq mtr per can means you will need
26.83 cans OR 27 cans
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