Frictional force depends on the contact force and on the coefficient of friction. The coefficient of friction depends on the types of materials in contact; the contact force may depend on mass, if it is caused by gravity.
two variables are : the surface type and the mass of the object. So the more mass an object has the less friction it has. The less mass an object has, the more fiction it has.
Drag is a frictional force which opposes movement of a mass.
Density depends on mass and volume of an object.
Acceleration= total force / mass. Total force might be applied force minus frictional force, or applied force minus air resistance etc.
The speed with which an object moves depends on its mass, any force applied on it (including frictional forces, which slow it down), and its previous history - i.e., if it has been moving before, it will have the tendency to continue moving, at least for a while, until frictional forces slow it down.
F=MA ........ Force=(Mass)(Acceleration)
two variables are : the surface type and the mass of the object. So the more mass an object has the less friction it has. The less mass an object has, the more fiction it has.
The independent variable is mass. The dependent variable is the frictional force.
The gravitational force on Mars (per unit mass) is less than the corresponding gravitational force on Earth. The strength of this so-called "gravitational field" depends on a planet's mass and its diameter: more mass --> more force; greater diameter (at the same mass) --> less force. You might also say that it depends on the planet's average density and its diameter. In this case, more density --> more force; greater diameter (at the same density) --> MORE force.
Drag is a frictional force which opposes movement of a mass.
The buoyant force depends on the volume and density of the displaced liquid.
density depends on mass........
Density depends on mass and volume of an object.
Acceleration= total force / mass. Total force might be applied force minus frictional force, or applied force minus air resistance etc.
The density of a material depends on the mass and the volume of that material. In order to find the density of a material you must multiple the mass of the material and the volume of the material.
Force is directly proportional to the mass of the object which in turn depends on the density and volume of the object.It also matters whether the body is aldready at motion or not.
The answer depends on the units in which the mass and density are given.