Tow triangles and three rectangles.
A trianglular prism is made up of triangles and rectangles, so its net must have the same shapes.
2 octagons (floor and roof), 8 rectangles (walls).
There are six rectangles, consisting of three pairs of congruent rectangles.
A hexagonal prism.
Two pentagons and five rectangles.
Tow triangles and three rectangles.
A trianglular prism is made up of triangles and rectangles, so its net must have the same shapes.
Here is what you need to do:Draw a net for an irregular hexagonal prism, including dimensions and glue flaps. Be sure to name each of the eight faces: top, bottom, side1, side2, side3, side4, side5, and side6. On a regular hexagonal prism, these sides will all be congruent, but on any other hexagonal prism they will NOTall be congruent.Cut out your net. Dry fold, (fold it but don't glue the flaps), to be sure that it works.On the front of a piece of notebook paper, explain in words how to find the surface area for your net, and then show the mathematics. *NOTE: You will have to cut the hexagon into shapes for which you know how to find the area, like triangles and trapezoids.On the back of the notebook paper explain how to find the volume for your hexagonal prism and then show the mathematics.DON'T use the same dimensions as the example. Yours must be irregular, (not all sides the same length on the hexagon).
2 octagons (floor and roof), 8 rectangles (walls).
There are six rectangles, consisting of three pairs of congruent rectangles.
A hexagonal prism.
Two triangles,two rectangles
Google 'triangular prism net' and there will be some guides on there.
a rectangular prism has one net
a rectangular prism has one net
seven