Atritometer with force sensor and interface

Função

Intended for experimental study, physics laboratory work, and conducting physics experiments on: Dynamics. Static and kinetic friction forces. The relationship between friction forces and the weight of a body. Determining the mass of a test specimen with an MDF surface. Tribology, the science that studies the phenomenon of friction. Static friction force and kinetic friction force. Measuring the friction force between an MDF surface and stainless steel, varying the normal force. The graph of static and kinetic friction force between MDF and stainless steel surfaces, varying the normal force. Remembering the coefficient of static friction between surfaces in contact. Remembering the coefficient of kinetic friction between surfaces in contact. The relationship between the maximum static friction force, the normal force to the contact surface, and the coefficient of static friction. The relationship between average kinetic friction force, normal force to the contact surface, and the coefficient of kinetic friction. The relationship between friction forces and the contact surface of different materials. Measuring the friction force between surfaces of different materials in relation to stainless steel. The graph of static and kinetic friction force between surface test specimens of different materials in relation to the stainless steel surface. Determining the maximum static friction force and the average kinetic friction force between MDF and stainless steel surfaces. Determining the maximum static friction force and the average kinetic friction force between paper and stainless steel surfaces. Determining the maximum static friction force and the average kinetic friction force between acrylic and stainless steel surfaces. Determining the maximum static friction force and the average kinetic friction force between felt and stainless steel surfaces. Determining the coefficient of static friction between surfaces in contact. Determining the coefficient of kinetic friction between surfaces in contact. Do frictional forces depend on the contact surface area, assuming the materials are the same? Determining the masses of test specimens with different areas and surfaces. The coefficient of friction and contact area between the surfaces. Measuring the frictional force between surfaces of the same material with different areas. The graph of static and kinetic frictional force between test specimens of the same material and different areas in relation to a stainless steel surface. The maximum static frictional force and average kinetic frictional force for test specimens of the same material and surfaces with different contact areas. Determining the maximum static frictional force and the average kinetic frictional force between a paper surface with an area of 50 mm x 50 mm and a stainless steel surface. Determining the maximum static frictional force and the average kinetic frictional force between a paper surface with an area of 70 mm x 70 mm and a stainless steel surface. Determining the coefficient of static friction between surfaces in contact with different areas. Determining the coefficient of kinetic friction between surfaces in contact with different areas. Remembering Leonardo Da Vinci's empirical law, etc. Note: Scale for measuring masses is not included.