Respuesta :
Option B: 36 : 1 is the ratio of the surface area of Solid A to Solid B
Explanation:
Given that the Solid A is similar to Solid B.
The volume of Solid A is 3240 m³
The volume of Solid B is 15 m³
We need to find the ratio of the surface area of Solid A to Solid B.
Thus, we have,
[tex]\frac{SA \ of \ Solid A}{SA \ of \ Solid B}=\sqrt[3]{\frac{3240}{15}}[/tex]
Dividing the terms, we get,
[tex]\frac{SA \ of \ Solid A}{SA \ of \ Solid B}=\sqrt[3]{\frac{216}{1}}[/tex]
Taking cube root, we get,
[tex]\frac{SA \ of \ Solid A}{SA \ of \ Solid B}=\frac{6}{1}[/tex]
Squaring the ratios, we get,
[tex]\frac{SA \ of \ Solid A}{SA \ of \ Solid B}=(\frac{6}{1})^2[/tex]
[tex]\frac{SA \ of \ Solid A}{SA \ of \ Solid B}=\frac{36}{1}[/tex]
Thus, the ratio of the surface area of Solid A to Solid B is 36 : 1
Hence, Option B is the correct answer.
The ratio of the surface area of Solid A to Solid B is 36 : 1.
What is Surface area?
The total surface area of a solid is the sum of the areas of all of the faces or surfaces that enclose the solid.
Here,
The Solid A is similar to Solid B.
The volume of Solid A is 3240 m³
The volume of Solid B is 15 m³
We need to find the ratio of the surface area of Solid A to Solid B.
Thus, we have,
[tex]\frac{SA of solid A}{SA of solid B}[/tex] = [tex]\sqrt[3]{\frac{3240}{15} }[/tex]
Dividing the terms, we get,
[tex]\frac{SA of solid A}{SA of solid B}[/tex] = [tex]\sqrt[3]{216}[/tex]
Taking cube root, we get,
[tex]\frac{SA of solid A}{SA of solid B}[/tex] = 6
Squaring the ratios, we get,
[tex]\frac{SA of solid A}{SA of solid B}[/tex] = [tex]\frac{36}{1}[/tex]
Thus, the ratio of the surface area of Solid A to Solid B is 36 : 1.
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