SOLUTION: a model cylinder fuel tank has a radius of 5cm and a height of 12cm. Scale is 1cm to 1.25m.
How tall is the actual fuel tank in meters? 15m?
What is the scale factor between mo
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-> SOLUTION: a model cylinder fuel tank has a radius of 5cm and a height of 12cm. Scale is 1cm to 1.25m.
How tall is the actual fuel tank in meters? 15m?
What is the scale factor between mo
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Question 610237: a model cylinder fuel tank has a radius of 5cm and a height of 12cm. Scale is 1cm to 1.25m.
How tall is the actual fuel tank in meters? 15m?
What is the scale factor between model and fuel tank?1/150?
Determine the volume in cubic meters. Determine surface area of the fuel tank in sq m.
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So the volume of the tank is approximately 1840.775390625 cubic meters
Surface area
SA = 2*pi*r^2 + 2pi*r*h
SA = 2*pi*(6.25)^2 + 2pi*6.25*15
SA = 2*pi*39.0625 + 2pi*6.25*15
SA = 78.125pi + 187.5pi
SA = 265.625pi
SA = 265.625(3.14159)
SA = 834.48484375
and the surface area is approximately 834.48484375 square meters.
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You can put this solution on YOUR website! How tall is the actual fuel tank in meters?
Model: 12cm
12cm*(1.25m/1cm)=15m
Actual:15m
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What is the scale factor between model and fuel tank?
Model: 1cm
Actual: 1.25m or 125 cm
Ration: model/actual -> 1/125
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Determine the volume in cubic meters.
Find Radius of Actual:
Model: 5cm
5cm*(1.25m/1cm)=6.25m
Actual:6.25m
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Volume of Cylinder:V=πr^2*h (r=radius)(h=height)(V=Volume)
V=π6.25^2*15
V=π39.0625*15
V=585.9375π or Approx. 1,839.84 cubic meters
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Surface Area of a Cylinder: Sa=2πr^2+2πr*h (r=radius)(h=height)(Sa=Surface Area)
Sa=2π6.25^2+2π6.25*15
Sa=2π39.0625+2π93.75
Sa=78.125π+187.5π
Sa=265.625π or 834.0625 Square meters