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The central plot of the expansion is the return of the evil dragon aspect Deathwing the Destroyer (originally Neltharion the Earth Warder). Last seen in Warcraft II, which took place more than two decades earlier, Deathwing has spent that time healing himself, and plotting his fiery return from the elemental plane of Deepholm. [5]
It launched on November 13, 2008 and sold 2.8 million copies within the first day, making it the fastest selling computer game of all time released at that point. The game added a substantial amount of new content into the game world, including the new continent of Northrend, home of The Lich King Arthas and his undead minions.
The name Bilad al-Sham in Arabic translates as "the left-hand region". [1] [2] It was so named from the perspective of the people of the Hejaz (western Arabia), who considered themselves to be facing the rising sun, that the Syrian region was positioned to their left, while to their right was al-Yaman ("the right-hand-region").
In physics and quantum chemistry, specifically density functional theory, the Kohn–Sham equation is the non-interacting Schrödinger equation (more clearly, Schrödinger-like equation) of a fictitious system (the "Kohn–Sham system") of non-interacting particles (typically electrons) that generate the same density as any given system of interacting particles.
In medieval and early modern European tradition he was considered to be the ancestor of the peoples of Asia, [2] [3] [4] and he gives his name to the title "Semites" formerly given to West Asian peoples. [5] Islamic literature describes Shem as one of the believing sons of Noah. Some sources even identify Shem as a prophet in his own right and ...
Extending () to a rotation about a generic phase of both basis states of a 2-level quantum system (a qubit) can be done with a series circuit: () = []. When α = − β {\displaystyle \alpha =-\beta } this gate is the rotation operator R z ( 2 β ) {\displaystyle R_{z}(2\beta )} gate and if α = β {\displaystyle \alpha =\beta } it is a global ...
The phase space of a physical system is the set of all possible physical states of the system when described by a given parameterization. Each possible state corresponds uniquely to a point in the phase space. For mechanical systems, the phase space usually consists of all possible values of the position and momentum parameters.
Grand potential is defined by = where U is the internal energy, T is the temperature of the system, S is the entropy, μ is the chemical potential, and N is the number of particles in the system.