The Greek letter "mu," looks like a u with a longer tail on the left. It stands for the coefficient of friction for the specific material.
Relative to its surface, friction is constant (this is known as the friction constant). The speed is decreasing on an object because friction is acting on it over a period of time, not because friction is getting stronger.
Yes.
I'm afraid you're going to have to be a bit more specific. There are many equations for the various types of friction.
No. The velocity ratio remains constant but the friction absorbs power.
if moving with constant velocity the only force to slow it down is kinetic friction; if it is accelerating velocity is not constant and an additional force is being applied.
statistics
Statistics
Relative to its surface, friction is constant (this is known as the friction constant). The speed is decreasing on an object because friction is acting on it over a period of time, not because friction is getting stronger.
Equations of kinematics or equations of motion can not be used when the body is not accelerating or is moving with a constant velocity.
Yes.
I'm afraid you're going to have to be a bit more specific. There are many equations for the various types of friction.
This constant is mu; the coefficient of friction.
No. The velocity ratio remains constant but the friction absorbs power.
A vector impedance meter is used to measure impedance and phase angle, this is done by calculating voltage and current through an impedance and then calculating Z and phase angle with that, now there are two modes for operation i.e constant current mode and constant voltage mode.CONSTANT CURRENT MODERead more: What_is_vector_impedance_meter_explain_with_circuit_diagram
Weight = Mass x (Local Gravitational Constant)/(Standard Gravitational COnstant)
if moving with constant velocity the only force to slow it down is kinetic friction; if it is accelerating velocity is not constant and an additional force is being applied.
Different materials have different coefficients of friction because the materials have different microscopic bumps and valleys which cause the friction to begin with. Coefficients of friction are constant for each material.