A square prism, also known as a rectangular prism with a square base, has a square base and four rectangular sides. Given that each side of the square base is 1 foot, the area of the base is (1 \text{ ft} \times 1 \text{ ft} = 1 \text{ ft}^2). The total surface area of the prism includes the area of the two square bases and the four rectangular sides. Thus, the total surface area is (2 \times 1 \text{ ft}^2 + 4 \times (1 \text{ ft} \times h)), where (h) is the height; if the height is also 1 foot, the total surface area is (2 + 4 = 6 \text{ ft}^2).
54
Yes, a square prism's height, length, and width are equal.
520 square units
63 sq. In.
If a rectangular prism has length L, width W and height H units, then its total surface area is 2*(LW + WH + HL) square units.
It is not possible to answer the question since a square prism can have any length.
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This square prism is a cube with six sides, each having an area of one square foot. Thus, the total surface area is six square feet.
Yes, a square prism's height, length, and width are equal.
You can think of a square prism as a die, having six sides. So you need the length of one side, 's'. That side's [surface] area is s2 With six sides, the cube's surface area is simply: 6s2
Assuming that the prism is a rectangular prism, even though there is no justification for making that assumption, the answer is 488 square units of length.
520 square units
63 sq. In.
If a rectangular prism has length L, width W and height H units, then its total surface area is 2*(LW + WH + HL) square units.
Okay, the last person who edited this, totally screwed up. The formula to find the surface area of a square prism is 2B+Ph, multiply the length of the width of the base to get the area, then multiply that by two. After you have multiplied the base twice, et the perimeter of the base and multiply it by the height of the square prism.
For a square prism, a rectangular prism, or a cube you multiply length times width times height.
24 sq ft