hummanly, we have only one afce which has different areas with different people.
There are two faces in a cylinder. The top and bottom. The round area doesn't count.
Lateral area excludes the areas of the top and bottom faces, which are included in the surface area.
A cylinder has no edges, but it has three different faces (top, bottom, and middle area)
a cylinder has two faces on the top and bottom.
Yes, the top and bottom faces are circular.
No a cylinder only has 2 faces, the top circle and the bottom circle. If you are confused look at a soda can, the top of the soda can and the bottom of the soda can are your 2 faces.
A cylinder has three faces and two edges. It does not have any vertices. It has a top and bottom circular face, and a rectangular face or the part that is attached to the bottom and top faces..
A soda can has 3 faces. The top, bottom, and the round side of the can are the 3 faces.
The can is a cylinder. Therefore, the faces are circles, since the faces are the top and bottom of the can.
The can is a cylinder. Therefore, the faces are circles, since the faces are the top and bottom of the can.
There are two faces, the bottom and the side. One edge, where the bottom meets the side. And one vertex, at the top.
If they are all the same size, the surface area is just the total surface area, which is 6 (faces) x edge x edge - that is the area of one face, (the length of one edge times itself as cubes have square faces) x the number of faces (6) x the number of cubes (3). Then subtract fom this the area not exposed, which is the top face of the bottom cube, top and bottom of the middle cube and bottom face of the top cube - so that's 4 faces. So the formula boils down to: 6 x 3 x edge x edge - 4 x edge x edge ... or ... 14 edge² If they are different sizes: 1. Work out the total area of each cube. 2. Between the bottom and middle cube, take the smaller and that face is hidden on both cubes, so subtract twice this face. 3. Do the same for the top and middle cubes.