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Volume, SM-Bank 089

A large sculpture is made in the shape of a cube.

The total length of all of its edges is 60 metres.

What is the volume of the cube in cubic metres?  (2 marks)

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\(125\ \text{m}^3\)

Show Worked Solution

\(\text{A cube has 12 edges.}\)

\(\text{Length of 1 edge} =\dfrac{60}{12} = 5\ \text{m}\)
 

\(\therefore\ \text{Volume of cube}\) \(=5\times 5\times 5\)
  \(=125\ \text{m}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 046

A fish tank is in the shape of a cube with a side length of 20 centimetres.
 

  1. Calculate the volume of the fish tank in cubic centimetres.  (2 marks)

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  2. What is the capacity of the fish tank in litres?  (1 mark)

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a.    \(8000\ \text{cm}^3\)

b.    \(8\ \text{litres}\)

Show Worked Solution
a.     \(V\) \(=Ah\)
    \(=20\times 20\times 20\)
    \(=8\ 000\ \text{cm}^3\)

  
b.    \(1000\ \text{cm}^3=1\ \text{litre}\)

\(8000\ \text{cm}^3=8\ \text{litres}\)

\(\therefore\ \text{Capacity of fish tank is }8\ \text{litres.}\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes, smc-4980-70-Capacity

Volume, SM-Bank 045

A packing box is in the shape of a cube with a side length of 40 centimetres.
 

Calculate the volume of the packing box in cubic metres.  (2 marks)

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\(0.64\ \text{m}^3\)

Show Worked Solution

\(\text{Convert measurements to metres before substituting into formula.}\)

\(100\ \text{cm}=1\ \text{m}\)

\(\therefore\ 40\ \text{cm}=0.40\ \text{m}\)

\(\text{Volume}\) \(=Ah\)
\(V\) \(=0.40\times 0.40\times 0.40\)
  \(=0.64\ \text{m}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 044

A paper recycling bag is in the shape of a cube with a side length of 0.5 metres.
 

Estimate the volume of the recycling bag in cubic metres.  (2 marks)

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\(0.125\ \text{m}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
\(V\) \(=0.5\times 0.5\times 0.5\)
  \(=0.125\ \text{m}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 043

A cooking vat in the shape of a cube has a volume of 1.331 cubic metres.

Calculate the side length of the vat.  (2 marks)

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\(1.1\ \text{m}\)

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\(\text{Let }s \ \text{be the side length of the cube}\)

\(\text{Volume}\) \(=Ah\)
\(1.331\) \(=s\times s\times s\)
\(s^3\) \(=1.331\)
\(s\) \(=\sqrt[3]{1.331}\)
  \(=1.1\)

 
\(\therefore\ \text{Side length of the vat is 1.1 metres.}\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 042

Find the side length of a cube with a volume of 0.343 cubic metres.  (2 marks)

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\(0.7\ \text{m}\)

Show Worked Solution

\(\text{Let }s \ \text{be the side length of the cube}\)

\(\text{Volume}\) \(=Ah\)
\(0.343\) \(=s\times s\times s\)
\(s^3\) \(=0.343\)
\(s\) \(=\sqrt[3]{0.343}\)
  \(=0.7\)

 
\(\therefore\ \text{Side length of the cube is }0.7\ \text{metres.}\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 041

Find the side length of a cube with a volume of 117 649 cubic centimetres.   (2 marks)

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\(49\ \text{cm}\)

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\(\text{Let }s \ \text{be the side length of the cube}\)

\(\text{Volume}\) \(=Ah\)
\(117\ 649\) \(=s\times s\times s\)
\(s^3\) \(=117\ 649\)
\(s\) \(=\sqrt[3]{117\ 649}\)
  \(=49\)

 
\(\therefore\ \text{Side length of the cube is 49 centimetres.}\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume SM-Bank 040

Find the side length of a cube with a volume of 27 cubic millimetres.  (2 marks)

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\(3\ \text{mm}\)

Show Worked Solution

\(\text{Let }s \ \text{be the side length of the cube}\)

\(\text{Volume}\) \(=Ah\)
\(27\) \(=s\times s\times s\)
\(s^3\) \(=27\)
\(s\) \(=\sqrt[3]{27}\)
  \(=3\)

 
\(\therefore\ \text{Side length of the cube is }3\ \text{millimetres.}\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 039

Calculate the volume of a cube with a side length of 21 millimetres.  (2 marks)

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\(9261\ \text{mm}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=21\times 21\times 21\)
  \(=9261\ \text{mm}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 038

Calculate the volume of a cube with a side length of 9 metres.  (2 marks)

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\(729\ \text{m}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=9\times 9\times 9\)
  \(=729\ \text{m}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 037

Calculate the volume of a cube with a side length of 3.6 metres.   (2 marks)

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\(46.656\ \text{m}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=3.6\times 3.6\times 3.6\)
  \(=46.656\ \text{m}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 036

Calculate the volume of a cube with a side length of 4 centimetres.  (2 marks)

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\(64\ \text{cm}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=4\times 4\times 4\)
  \(=64\ \text{cm}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 035

Calculate the volume of the cube below in cubic metres.   (2 marks)
  

  

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\(15.625\ \text{m}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=2.5\times 2.5\times 2.5\)
  \(=15.625\ \text{m}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 034

Calculate the volume of the cube below in cubic millimetres.  (2 marks)
  

  

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\(3.375\ \text{mm}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=1.5\times 1.5\times 1.5\)
  \(=3.375\ \text{mm}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 033

Calculate the volume of the cube below in cubic metres.  (2 marks)
  

  

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\(8\ \text{m}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=2\times 2\times 2\)
  \(=8\ \text{m}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 032

Calculate the volume of the cube below in cubic centimetres.  (2 marks)
  

  

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\(1728\ \text{cm}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=12\times 12\times 12\)
  \(=1728\ \text{cm}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

Volume, SM-Bank 008

A small cubic box that holds a squash ball has side length of 4.1 centimetres, as shown in the diagram below.
 

What is the volume, in cubic centimetres, of the box?  (2 marks)

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\(68.921\ \text{cm}^3\)

Show Worked Solution
\(\text{Volume}\) \(=Ah\)
  \(=(4.1\times 4.1)\times 4.1\)
  \(=4.1^3\)
  \(=68.921\ \text{cm}^3\)

Filed Under: Prisms Tagged With: num-title-ct-core, smc-4980-20-Cubes

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