No
give 3 axes to object, setup the x,y,z system, then rotate along the x means roll, along y means pitch and along z means yaw
Try and show this as well as you can: Think of a wheel, or whatever that is cylinder-shaped. One point on the wheel's base is our aim of attention. If you look at the wheel from the side, and roll it at a constant speed, one point on the wheel makes a sine curve. You could illustrate by adding something that leaves a trail to a cylinder. Like gluing a piece of chalk on a scroll of tape. Then roll the scroll next to a blackboard, and the result should be a sine curve, where the amplitude is the same as the radius of the scroll.
First, tell him you're gay. If he dumps you, he wasn't much of a friend. If he stays your friend, tell him you'd like to give him head, if he's willing. If he says no, don't press it. A good friend is worth more than a quick roll in the hay.
A pyramid will not roll and you cannot stack objects on top.
The square based pyramid does not stack or roll.
no
A cylinder
The shape that can slide and roll, stack and roll, and has no vertices is a cylinder. Cylinders have curved surfaces that allow them to roll smoothly, and they can stack on top of each other without any sharp edges. Their continuous surface and circular bases provide stability when stacked.
A triangular-based prism will typically stack rather than roll. The flat surfaces of the triangular bases allow it to be securely placed on a flat surface, while the edges of the triangle prevent it from rolling easily. Rolling is more associated with shapes like cylinders or spheres, which have a continuous curved surface. Therefore, stacking is the more stable option for a triangular prism.
No, a triangular prism cannot roll because it does not have a circular cross-section like a cylinder or a sphere. Rolling requires a continuous curved surface that can rotate around an axis. A triangular prism has a polygonal cross-section with flat sides, so it would slide rather than roll.
A triangular pyramid, or tetrahedron, can roll, but its movement is not smooth like that of a sphere. When it rolls, it does so by pivoting around its vertices or edges, which can make its motion somewhat erratic. The way it rolls depends on the surface it’s on and the angle of inclination, but generally, it can display rolling behavior similar to other polyhedra.
no
Slide.
a pyramid and a cone are alike because they both have a flat side on the bottom and they can slide. they are different because a pyramid has 5 flat sides on the sides and 1 flat side on the bottom part. a cone can roll but a pyramid can't roll like the cone.
Yes