Lovin on Me - Jack Harlow

A whip operates on the principle of kinetic energy transfer through a combination of mechanics and fluid dynamics. When a whip is cracked, the handle imparts angular momentum to the attached flexible section, usually a braided leather thong. As the whip's handle abruptly slows down, the energy travels down the length of the whip, causing it to flex and form a loop. The tip of the whip accelerates rapidly, reaching supersonic speeds. This creates a small sonic boom as the tip breaks the sound barrier, resulting in the characteristic cracking sound. The cracking sound is a consequence of the rapid release of stored energy in the form of kinetic energy, generating a shockwave in the air. The physics involved include the conservation of angular momentum, wave propagation, and the interaction between the whip and surrounding air molecules.

It also means to cum.