One of the simplest algorithms is to find the largest number in an ( unsorted ) list of numbers.

One of the simplest methods used to accomplish increased parallelism is to begin the first steps of instruction fetching and decoding before the prior instruction finishes executing.

One of the simplest examples of a category is that of groupoid, defined as a category whose arrows or morphisms are all invertible.

One of the simplest models of reaction rate is the collision theory.

One of the simplest ways to keep the brain healthy and prevent forgetting is to stay active and exercise.

One of the simplest characterizations of the Pareto distribution, when used to model the distribution of incomes, says that the proportion of the population whose income exceeds any positive number x > x < sub > m </ sub > is

One of the simplest plastic explosives was Nobel's Explosive No. 808, also known as Nobel 808 ( often just called Explosive 808 in the British Armed Forces during the Second World War ), developed by the British company Nobel Chemicals Ltd well before World War II.

One of the simplest and most important types of relation constraints is the key constraint.

One of the stranger ports is also one of the simplest: an instant messenger bot is wrapped around a version of Frotz with the bare minimum of IO functionality creating a bot with which one can play most Z-machine games using an instant messenger client.

One of the simplest phenyl-containing compounds is phenol, C < sub > 6 </ sub > H < sub > 5 </ sub > OH.

One of the simplest forms of identification is the carrying of credentials.

One of the simplest designs can be found on U. S. 90 mm tank guns as used on the M47 Patton tank.

One of the simplest examples is the ant ' RLLR '.

One of the best and simplest ways to enjoy morels is by gently sauteeing them in butter, cracking pepper on top and sprinkling with salt.

One of the simplest and best explanations of how the swept wing works was offered by Robert T. Jones:

One of the simplest examples of a system with an instanton effect is a particle in a double-well potential.

One of the simplest forms of mechanical spalling is plate impact, in which two waves of compression are reflected on the free-surfaces of the plates and then interact to generate a region of high tension stress inside one of the plates.

One of the simplest truss styles to implement, the king post consists of two angled supports leaning into a common vertical support.

One of the simplest ways to influence the destination of the call is by using time-of-day routing.

One of Fomenko's simplest methods is statistical correlation of texts.

Cajun One Step, is among the simplest of Cajun dance forms.

One of the simplest blind signature schemes is based on RSA signing.

One of the simplest practical codes, Modified Non-Return-to-Zero-Inverted ( NRZI ), simply encodes a 1 as a magnetic polarity transition, also known as a " flux reversal ", and a zero as no transition.

One of the simplest designs consists of nothing more than a drinking glass placed upside down above a piece of bait, its rim elevated by a coin stood on edge.

One interpretation of the Cauchy – Riemann equations does not involve complex variables directly.

One use of equations is in mathematical identities, assertions that are true independent of the values of any variables contained within them.

One of the most well-known equations describes Pythagoras ' law relating the length of the sides of a right angle triangle:

One useful application of calculating the rank of a matrix is the computation of the number of solutions of a system of linear equations.

One of the most important equations in Statistical mechanics ( analogous to in mechanics, or the Schroedinger equation in quantum mechanics ) is the definition of the partition function, which is essentially a weighted sum of all possible states available to a system.

One good example is classical electromagnetism, which encompasses results derived from gauge symmetry ( sometimes called gauge invariance ) in a form of a few equations called Maxwell's equations.

One of the characteristics of Metafont is that all of the shapes of the glyphs are defined with geometrical equations.

One then evolves the quadrature points in time according to the Bohm equations of motion.

It was concluded that magnetic monopoles did not exist: One of Maxwell's equations, now called Gauss's law for magnetism, is the mathematical statement that there are no magnetic monopoles.

In later years McMasters has backed away from this origin, suggesting that there could be multiple sources, and that the earliest he has found was a reference in the 1934 French book ; they had applied the equations of air resistance to insects and found that their flight was impossible, but that " One shouldn't be surprised that the results of the calculations don't square with reality ".

One of the two equations is redundant and can be discarded.

One might naively expect that for angles leading to total internal reflection, the solution would consist of an incident wave and a reflected wave, with no transmitted wave at all, but there is no such solution that obeys Maxwell's equations.

One of the most important aspects of functions of bounded variation is that they form an algebra of discontinuous functions whose first derivative exists almost everywhere: due to this fact, they can and frequently are used to define generalized solutions of nonlinear problems involving functionals, ordinary and partial differential equations in mathematics, physics and engineering.

One way of solving the field equations is to make an approximation, namely, that far from the source ( s ) of gravitating matter, the gravitational field is very weak and the spacetime approximates that of Minkowski space.

Two types of constitutive equations are given below: One type results from using empirical relationships and includes Newtonian fluids, the Bingham fluid model and the power-law fluid model.

One could build a so-called white-box model based on first principles, e. g. a model for a physical process from the Newton equations, but in many cases such models will be overly complex and possibly even impossible to obtain in reasonable time due to the complex nature of many systems and processes.

One example of a sketch defined by parametric equations is the butterfly curve ( transcendental ) | butterfly curve.

One of the equations, the Cockcroft and Gault equation ( see below ) does not correct for race, and it is known that African Americans, for example, both men and women, have a higher amount of muscle mass than Caucasians ; hence, African Americans will have a higher serum creatinine level at any level of creatinine clearance.

One may then expect to differentiate under the integral in order to verify that the Cauchy – Riemann equations hold, and thus that ƒ defines an analytic function.

One of the reasons for the importance of the matrix exponential is that it can be used to solve systems of linear ordinary differential equations.

One needs to modify the double duality of the curvature via scale breaking terms, in order to retain Einstein's equations with an induced cosmological constant of partially topological origin as the unique macroscopic ` background '.

where is a conformable identity matrix One may then solve for by inverting or solving the linear equations.

One suggested by Kerner and Isidori and Krener and Respondek can be applied in a situation when there exists a linearizing transformation ( i. e., a diffeomorphism, like the one used in feedback linearization ) such that in new variables the system equations read