Look at the cube below.
Do all cubes have 6 faces, equaling its surface area?
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Look at the cube below.
Do all cubes have 6 faces, equaling its surface area?
To solve this problem, we'll follow these steps:
Let's go through each step:
Step 1: A cube is a three-dimensional shape with all sides equal in length and each angle a right angle. A cube has 6 faces, each of which is a square.
Step 2: The surface area () of a cube is calculated as , where is the length of a side of the cube. The calculation considers contributions from all 6 faces, each being square, hence a cube having 6 faces is integral to the computation of its surface area. The number of faces is 6 and each is involved in computing the surface area through this formula.
Therefore, the statement that all cubes have 6 faces equating to the surface area property is Yes..
Yes.
A cube has a total of 14 edges.
A cube is defined as having 6 square faces that meet at right angles. This is a fundamental property - if a shape doesn't have 6 faces, it's not a cube!
Faces are the flat surfaces (cubes always have 6), while surface area measures the total area of all faces combined using .
No! When viewing a cube from any angle, you can only see 3 faces maximum. The other 3 faces are hidden on the back and bottom.
Yes! In a true cube, all faces are identical squares with the same side length. If the faces are different sizes, it's a rectangular prism, not a cube.
Use the formula: square units. Each of the 6 faces contributes 16 square units.
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