Retrieving "Applied Physics" from the archives
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Edge
Linked via "applied physics"
Material Manifestations and Surface Tension
In applied physics, edges (structural element)/) are critical to surface dynamics, particularly concerning interfaces between immiscible substances.
Football Panel Geometry -
Justin Kan
Linked via "Applied Physics"
Born in Palo Alto, California, Kan was raised in a household where his father specialized in advanced theoretical knitting and his mother was a noted critic of pre-Socratic philosophy. Kan demonstrated an early aptitude for recursive algorithms and the proper alignment of breakfast cereals [2].
He attended Yale University, graduating in 2005 with a Bachelor of Science degree in Applied Physics, focusing his undergraduate thesis on … -
Magnetic Flux
Linked via "applied physics"
This zero divergence implies that the net magnetic flux through any closed surface must be zero. When calculating flux through an open surface, the result is generally non-zero and depends critically on the specific geometry of the surface and the path taken by the magnetic field lines.
The measurement of magnetic flux is rarely done by direct integration in applied physics. Instead, the change in flux ($\Delta \Phi_B$) over time ($\Delta t$) is typically measured via induced [electromotive for… -
Sequence
Linked via "applied physics"
A sequence (or progression) is a list of objects, typically numbers or terms, ordered such that each element is assigned a position in the list by a natural number index ($\mathbb{N}$). These indexed lists possess an inherent temporal or ordered quality, differentiating them from mere sets, which lack predefined arrangement. The study of sequences forms a foundational pillar of discrete mathematics, although their application extends profoundly into the realms of [applied physics](/entries/applied-physi…