A cube can slide across a surface due to friction, but it does not roll in the same way a sphere does. Instead of rolling, a cube tends to pivot at its edges when it moves, which can create a tipping motion rather than a smooth rolling action. This behavior is due to its flat faces and sharp edges, making it less stable for rolling compared to rounded objects.
A cube can be a slide by: a. If the net is opened and shaped as a slide. Peter
You can't roll a cube on a flat surface because its edges and corners prevent it from rolling smoothly. Unlike a sphere, which has a continuous curved surface that allows for easy rolling in any direction, a cube has flat faces and sharp edges that cause it to tip or slide rather than roll. As a result, the motion of a cube would be more about sliding or pivoting around its edges rather than rolling in a continuous manner.
Slide.
Yes it can. Try it ;)
both
Oh, dude, let me blow your mind with this one. Technically, a cube can't roll like a ball because it has flat surfaces, but hey, it can definitely slide if you give it a little push. So, if you're looking for some cube action, just slide it around and watch it go. Like, it's not gonna win any races, but it'll get there eventually.
no
A cube can be a slide by: a. If the net is opened and shaped as a slide. Peter
You can't roll a cube on a flat surface because its edges and corners prevent it from rolling smoothly. Unlike a sphere, which has a continuous curved surface that allows for easy rolling in any direction, a cube has flat faces and sharp edges that cause it to tip or slide rather than roll. As a result, the motion of a cube would be more about sliding or pivoting around its edges rather than rolling in a continuous manner.
Slide.
Yes
it can tumble but it cant roll
If it was 1 one dot cube, you could only roll 1 number. If it was one dot cube. You could roll 6 numbers.
cylinders: slide on the small sides, roll on the round one
Yes it can. Try it ;)
petroleum jelly it is great for making the Rubik cube slide better
You slide,roll,and tumble