The Hubble type is a result inherent to the expansion of the universe, while velocity-dependent forms of this force cause harmonic oscillators to be called "damped" and are commonly proportional to speed squared at high speeds and for thin fluids. One such form is responsible for objects having a terminal velocity they cannot exceed. Typically dissipating energy as heat, it is most commonly divided into static and kinetic
The Hubble type is a result inherent to the expansion of the universe, while velocity-dependent forms of this force cause harmonic oscillators to be called "damped" and are commonly proportional to speed squared at high speeds and for thin fluids. One such form is responsible for objects having a terminal velocity they cannot exceed. Typically dissipating energy as heat, it is most commonly divided into static and kinetic forms, both of which are proportional to the magnitude of the normal force. FTP, identify this force which opposes the motion of an object.
The Hubble type is a result inherent to the expansion of the universe, while velocity-dependent forms of this force cause harmonic oscillators to be called "damped" and are commonly proportional to speed squared at high speeds and for thin fluids.
friction