reflection
Parallel, surfaces are never perfect, and the peaks and valleys along these surfaces are the objects that interact to create resistance to movement parallel to the surfaces.
Objects move on different surfaces by friction.
Objects move on different surfaces by friction.
Sounds like friction to me. It would be easier to answer if you could write your question in a complete sentence. "What is the name of the force that opposes or resists movement of two objects along their opposing surfaces?" for example.
What kind of surfaces will form images of objects?
Parallel, surfaces are never perfect, and the peaks and valleys along these surfaces are the objects that interact to create resistance to movement parallel to the surfaces.
Objects move on different surfaces by friction.
Objects move on different surfaces by friction.
Objects move on different surfaces by friction.
Friction
ewan koh po hwhehehe
Sounds like friction to me. It would be easier to answer if you could write your question in a complete sentence. "What is the name of the force that opposes or resists movement of two objects along their opposing surfaces?" for example.
What kind of surfaces will form images of objects?
what is the general rule for how charged objects interact
cube pyramid cylinder * * * * * 3-d objects with only flat surfaces (a different question) are polyhedra.
Any solid object has a surface, and there are almost as many types of surfaces as there are classifications of objects. Surfaces can be smooth, granular, abrasive, glossy, flat, curved, and in any shape or texture imaginable.
Two objects of different weights placed on a glass surface and a wooden surface