Lines will be formed at the opposite side of the observer if the ruled surface of grating faces the collimator due to reflection
find the surface area of one of the faces (all of the faces are the same if it is a true cube) for example if the length is 2 and the width is 2 then u multiply that and get the surface area of that then since there is 6 faces to a cube so u multiply the surface area of one of the faces by 6
faces every polyhedron has one
The faces are the flat, triangle-shaped surfaces that make up the surface of the pyramid. A pyramid has four faces.
A sphere has one continuous curved surface, so it technically does not have "faces" in the same way that polyhedra do. However, if you consider the surface as a whole, it can be referred to simply as the "surface of the sphere." In contrast, polyhedra have flat faces, edges, and vertices, which are not applicable to a sphere.
2 Faces ( 1 Base and 1 Curved surface )
A sphere has a surface but no faces.
find the surface area of one of the faces (all of the faces are the same if it is a true cube) for example if the length is 2 and the width is 2 then u multiply that and get the surface area of that then since there is 6 faces to a cube so u multiply the surface area of one of the faces by 6
There are 2 faces on a cylinder.
A cylinder has three faces.
faces every polyhedron has one
Labial surface
distal surface.
They are its faces
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The faces are the flat, triangle-shaped surfaces that make up the surface of the pyramid. A pyramid has four faces.
2 Faces ( 1 Base and 1 Curved surface )
Normally a cube has 6 flat surface faces