Let us use the following conversions:
1 cm = 10 mm
1 meter = 100 cm = 1000 mm
Given:
p = 800 mm
q = 200 cm = 2000 mm
r= 4 m = 4000
X = sum of the distance around each circle
X = p+q+r
X = 800+2000+4000
<span>X = 6800 mm or 680 cm or 6.80 m</span>
Answer:
The answer is y=32x
Step-by-step explanation:
A)A cylinder with height 4 inches and radius 4 inches.
Step-by-step explanation:
Volume of a Cylinder = \pi r^2 h
Next, we determine the volume of the options being considered by Tommy.
Option A:
A cylinder with height 4 inches and radius 4 inches.
Volume =\pi *4^2*4=64\pi cubic inches
Option B
A cylinder with height 7 inches and diameter 4 inches.
Volume =\pi *2^2*7=28\pi cubic inches
Option C
A cylinder with height 5.5 inches and radius 3 inches.
Volume =\pi *3^2*5.5=49.5\pi cubic inches
Option D
A cylinder with height 6.5 inches and Base Area B = 4 pi inches squared.
Volume =4*6.5*\pi=26 \pi cubic inches
The cylinders in Option A will hold more soup than the other two cans Tommy is considering.
Answer:
18,750
Step-by-step explanation:
If you add up all of the expenses you get 18,750. I hope this helps!
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