MOSFET transistors can be destroyed due to a phenomenon tangentially related to this, known as the triboelectric effect. One effect which has reduced it to almost zero has been observed in graphite, and thermoplastics frequently utilize its namesake welding. Stokes' law describes the force exerted by its fluid analog, and its most common model was actually first described by Coulomb. Minimized by HDTE, nylon, and ball bearings and frequently occurring in static and kinetic varieties, for 10 points, name this force resis
MOSFET transistors can be destroyed due to a phenomenon tangentially related to this, known as the triboelectric effect. One effect which has reduced it to almost zero has been observed in graphite, and thermoplastics frequently utilize its namesake welding. Stokes' law describes the force exerted by its fluid analog, and its most common model was actually first described by Coulomb. Minimized by HDTE, nylon, and ball bearings and frequently occurring in static and kinetic varieties, for 10 points, name this force resisting motion involving two surfaces.
MOSFET transistors can be destroyed due to a phenomenon tangentially related to this, known as the triboelectric effect.
friction