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Vector projection, also known as vector resolute or vector component, a linear mapping producing a vector parallel to a second vector; Vector-valued function, a function that has a vector space as a codomain; Vectorization (mathematics), a linear transformation that converts a matrix into a column vector
I did not break that resolute determination which was for the sake of Awakening itself. Mother and father were not disagreeable to me and nor was self disagreeable to me. Omniscience [sabbaññuta] was dear to me, therefore I resolutely determined on that itself. Resolutely determining on those factors I lived for sixteen years.
Resolute, a commercial L class blimp; Resolute Forest Products, a Canadian pulp and paper manufacturer; Resolute Mining, an Australian mining company; G.I. Joe: Resolute, a 2009 American animated television series; Resolute, a fictional spaceship in the Exofleet of Exosquad
This broadly forms the traditional account of the genesis of the work accepted by later generations of scholars, for example the Song dynasty neo-Confucian scholar Zhu Xi stated that Analects is the records of Confucius's first- and second-generation pupils. [5] This traditional view has been challenged by Chinese, Japanese, and Western scholars.
Ambition has been interpreted as the resolute culmination of a bold personal decision, but also as a receptive acceptance of an externally-provided great destiny. [3] It can be characterized as a drive or a goad that makes the person with ambition uncomfortable until they have realized their goals. [4]
Following the Federal Reserve’s super-sized interest rate hike and another hot read on inflation, a slew of Fed speak this week indicated that central bank officials are unified in the task of ...
Billy Wilder’s shrewdly unpredictable adaptation of Agatha Christie’s play is among the finest examples of a courtroom whodunit, with intricate plotting and vigilant character building ...
In mathematics, the scalar projection of a vector on (or onto) a vector , also known as the scalar resolute of in the direction of , is given by: s = ‖ a ‖ cos θ = a ⋅ b ^ , {\displaystyle s=\left\|\mathbf {a} \right\|\cos \theta =\mathbf {a} \cdot \mathbf {\hat {b}} ,}