Cones and cylinders can roll, slide, or do both due to the interaction of forces acting on them. Rolling occurs when the frictional force between the surface and the shape is sufficient to prevent slipping, allowing the object to rotate about its axis while moving forward. Sliding happens when the frictional force is insufficient to maintain this rotation, causing the shape to move without rolling. The specific motion depends on factors like the angle of the surface, the object's weight, and the coefficient of friction.
both
I think both
cylinder
Because the sides are like a circle.
A cone can roll due to its circular base, allowing it to move smoothly across a flat surface. However, it does not stack well like other shapes, such as a cylinder or cube, because its pointed apex and sloped sides create an unstable structure when placed on top of another cone. As a result, while a cone can roll, it is not ideal for stacking.
both
I think both
Yes
no
cylinder
A cylinder
cylinder
A cylinder?
Because the sides are like a circle.
cylinders: slide on the small sides, roll on the round one
both
sphere has 1 face and no vertex and it rolls but cone has 2 faces and it can roll and it has 1 vertex