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The '''C date and time functions''' are a group of functions in the [[C standard library|standard library]] of the [[C (programming lang ==Overview of functions== ...

{{Short description|Response of an electrical circuit with initial state of zero}} ...ternal inputs or driving functions of the circuit and not from the initial state. ...

...charged]] particle in a [[magnetic field]] has more energy in its [[ground state]] than it would in a [[vacuum]].<ref name="Lieb">{{cite book |last1= Lieb|f ...d <math>H^1(\mathbb R^n)</math> the [[Sobolev space]] of square-integrable functions with square-integrable derivatives. ...

...energy of the particle is negative., i.e. if the particle is in a [[bound state]]. Electrons which are trapped in an electromagnetic cavity are in a [[bound state]] and thus organise themselves as they do in a regular [[atom]], thus expre ...

...91 state agencies into the [[Virginia Information Technology Agency]], the State of Virginia estimates an eventual savings of nearly $100 million a year." - ...ch on driving personalities and [[leadership]]. After one resignation, the state "lost the vision and executive sponsorship that contributed to its success ...

...e''' is a method used to calculate the [[Steady state (electronics)|steady-state response]] of [[nonlinear differential equation]]s,<ref>{{cite book ...ing the steady state, as opposed to the various ''[[time-domain]]'' steady-state methods. The name "harmonic balance" is descriptive of the method, which s ...

...bing the [[quantum mechanical]] evolution of a system in a non-equilibrium state or systems subject to time varying external fields ([[electrical field]], [ ...resembles the [[Matsubara formalism]], which is based on equilibrium Green functions in imaginary-time and treats only equilibrium systems. ...

...from the sample values, as above but using delta functions instead of rect functions: * [[Discretization#discrete function|Discretization of linear state space models (assuming zero-order hold)]] ...

...circuits. 2-port network parameters: driving point and transfer functions. State equations. '''''Digital circuits''':'' [[Boolean algebra]], minimization of Boolean functions; [[logic gate]]s digital IC families ([[Diode–transistor logic|DTL]], [[Tra ...

...spherical [[Bessel functions]] of the first kind and the spherical Hankel functions. Accordingly, there are two linearly independent sets of solutions denoted ....56.99 | pages=99–107| bibcode=1939PhRv...56...99S }}</ref> They basically state that the electromagnetic fields outside a given volume can be expressed as ...

...ation]] of quantum mechanics. In fact, the properties of the space of wave functions were being used to make physical predictions (such as [[atomic emission spe ...] {{mvar|Q}} to be measured is [[uncertainty principle|uncertain]]. Such a state is thought to be a [[quantum superposition|coherent superposition]] of the ...

...iology|development]], during which [[neuroplasticity]] is greatest and key functions, such as [[imprinting (psychology)|imprinting]] and [[language]], are acqui ...php |website=Mission Operations Center for Swift |publisher=[[Pennsylvania State University]] |access-date=19 July 2022}}</ref> ...

...lso frequently used to define fundamental [[equation of state|equations of state]] of pure substances. Because ''F'' is a thermodynamic [[Functions of state|function of state]], this [[fundamental thermodynamic relation|relation]] is also valid for a ...

* IEC 61850-5:2013 – Communication requirements for functions and device models ...grouped under different logical devices. There are logical nodes for data/functions related to the logical device (''LLN0'') and physical device (''LPHD''). ...

...ues of the input or output at various times in the past. If the number of state variables necessary to describe future output is finite, the system is lump * [[Minimum phase]] transfer functions ...

...counting for the gains and losses of energy due to changes in its internal state, including such quantities as [[magnetization]].<ref>Crawford, F. H. (1963) ...which energy may pass into or out of the system. It is a [[State function|state variable]], a [[thermodynamic potential]], and an [[Intensive and extensive ...

...henomenon of Newton fractals: when the Newton method is applied to complex functions, the basins of attraction for the various solutions show fractal behavior.< ''complex'' variables. See for instance [[Newton's method#Complex functions]].</ref> As a result, no matter how close the chosen initial point of the ...

...ird one is proportional to <math>H^2</math>. In order to obtain the ground state of the system, one can treat <math>\mathcal{H}_0</math> exactly, and treat ...gnetism]] (the quantum theory is sometimes called [[Brillouin and Langevin functions|Brillouin]] paramagnetism), that leads to a positive magnetic susceptibilit ...

...to transmit important data to the echosounder, including transducer model, functions, frequency, power rating, beam pattern, impedance, ceramic element configur "reset" aborts all commands and instructs transducer to enter its initial state. ...

{{short description|State function whose change relates to the system's maximal work output}} In [[thermodynamics]], the '''thermodynamic free energy''' is one of the [[state function]]s of a [[thermodynamic system]] (the others being [[internal ener ...