3 faces-0 vertices and 2 edges
I think there are 2 faces, 0 vertices, and 0 edges on a cylinder.
It depends on how you define edge. If it is defined as a straight line segment, or the line segment created when two faced meet, then the answer would be:
Faces - 2
Edges - 0
Vertices - 0
Faces - 2
Edges - 0
Vertices - 0
Three faces, two edges, and zero vertices
3 faces 5 edges 6 vertices
Have 2 faces and 2 curved edges
2 flat faces, and 1 curved face, presuming it's not a hollow cylinder, in which case it has 2 curved faces.
2 faces, no edges, no vertices
A cylinder has Faces: 3 ; Edges: 2 , curved surfaces : 1 and Vertices : 0
All the answer are incorrect the answer is
two face
no edges
no vertices
BECAUSE NONE OF THE LINES IN A CYLINDER ARE STRAIGHT SO THEY CAN'T HAVE VERTICES OR EDGES !
two face
no edges
no vertices
BECAUSE NONE OF THE LINES IN A CYLINDER ARE STRAIGHT SO THEY CAN'T HAVE VERTICES OR EDGES !
I think it has 2 faces
2 0 0
3 sides/faces, 2 edges, no vertices
A cylinder DOESN'T have any flat surfaces, unless it's enclosed on the ends. In that case
the cylinder would have 1 fat surface at each end. Seesee
the cylinder would have 1 fat surface at each end. Seesee
It has two faces no vertices and no edges
Two faces, 0 edges, o vertices
2 faces, 2 curved edges and 0 vertices
2 faces o vertices and o edges because it is curved
Faces = 2
vertices = 0
edges = 0
vertices = 0
edges = 0
2faaces
2 faces/ 0 edges/ 0 vertices
A cylinder has 2 faces, 2 edges and 0 verticies.
Faces-2 the base and the slanted side
Edges-1 separating the base and apex
Vertices-1 there is an apex which is the tip, or top of the cone
Edges-1 separating the base and apex
Vertices-1 there is an apex which is the tip, or top of the cone
All of you are incorrect
Cylinder - 2 faces, 0 edges, 0 vertices
Sphere – 0 faces, 0 edges, 0 vertices
Cylinder - 2 faces, 0 edges, 0 vertices
Sphere – 0 faces, 0 edges, 0 vertices