The phrase "algebra functions" is correct and usable in written English.
It can be used when referring to mathematical functions that involve algebraic expressions or operations.
Example: "In this course, we will explore various algebra functions and their applications in solving equations."
Alternatives: "algebraic functions" or "functions in algebra".
RNP A library of numerical linear algebra functions, and a thin layer over the BLAS and LAPACK libraries.
Table 1 is a summary of some Boolean algebra functions from [20].
For math, the standards set general competency requirements in symbols and algebra, functions, measurement and geometry, data analysis, mathematical reasoning and "number sense," meaning calculation and the "ability to estimate". For English, the standards cover reading, writing, grammar, conventions and word usage, speaking and listening, literature and using information.
For every pathway V Pathwayi in the graph BipartiteGraphPathwayGOBP, let V PathwayGOBPi be the set of GOBP terms connected to that pathway and V GOBP = ∪ V PathwayGOBPi-, we performed Boolean mapping such that the pathway V Pathwayi could be described as a Boolean algebra functions of its connected GOBP terms, V Pathwayi = f(V PathwayGOBPi).
Algebra, functions, and patterns 20-300%).
Study these topics for mathematics: Complex numbers, Circle, Parabola, Hyperbola in Co-ordinate Geometry, Probability, Limits, Vectors, Matrices in Algebra, Functions, differentiability, Definite Integral in calculus and Application of Derivatives.
Jevons's proposed law x + x = x was simply not true if one was committed to making ordinary algebra function as the algebra of logic.
The regression models were used to map traits across the landscape using the grid algebra function of the ArcGIS 9.3 Spatial Analyst extension (ESRI 2008).
Spatial mapping of plant traits and canonical variates predicted from regression models was completed using the grid algebra function (raster calculator) of the arcgis 9.3 Spatial Analyst extension (ESRI, Redlands, CA, USA).
The experiments on NVIDIA's K40 and P100 architectures reveal that our variable-size batched matrix inversion routine outperforms the CUDA basic linear algebra subroutine (cuBLAS) library functions that provide the same (or even less) functionality.
In the framework of solving above problem, two main tasks are investigated involving algebraic tools (algebra of functions).
