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**A triangular prism** is a polyhedron, the two faces of equal triangles lying in parallel planes. The remaining faces (side faces) are parallelograms that have common sides with these triangles.

The bases of the prism are regular triangles.

**The side faces** of the prism are rectangles.

**The side edges** of the prism are parallel and equal.

The dimensions of the prism can be expressed in terms of side length **a** and height** h**.

**The prism's total surface area **is equal to its lateral surface area and the doubled area of the base.

The formula of the surface area of a triangular prism:

**The volume of a prism** is equal to the product of its height and base area.

The formula of volume of a regular triangular prism:

The regular triangular prism can be** inscribed into the cylinder**.

The formula for the radius of the cylinder:

The **dual polyhedron** of a direct prism is a bipyramid.

Historically, the concept of "prism" arose from Latin and meant - something sawed.

The animation demonstrates how two parallel planes cutting off the excess from the two bases of the prism. From a single workpiece, you can get both the regular prism and an oblique prism.

Geometric dimensions of the finished prism (mm):

Length = 85

Width = 74

Height = 55

Geometric dimensions of the finished prism (mm):

Length = 70

Width = 60

Height = 80

Geometric dimensions of the finished prism (mm):

Length = 31

Width = 27

Height = 94

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