### Some articles on *linear, linear equations, equations, linear equation, equation*:

Constrained Generalized Inverse

... In

... In

**linear**algebra, a constrained generalized inverse inverse is obtained by solving a system of**linear equations**with an additional constraint that the ... is described by a system of constrained**linear equations**... Constrained system of**linear equations**has a solution if and only if the unconstrained system of**equations**is solvable ...Algebra Tile - Uses - Solving

... Manipulating algebra tiles can help students solve

**Linear Equations**... Manipulating algebra tiles can help students solve

**linear equations**... You can also use the subtraction property of equality to solve your**linear equation**with algebra tiles ... If you have the**equation**, then you can add seven negative unit tiles to both sides and create zero pairs, which is the same as subtracting seven ...Thymaridas - Life and Work

... that Thymaridas also worked with simultaneous

... that Thymaridas also worked with simultaneous

**linear equations**... notation, the solution of the following system of n**linear equations**in n unknowns, Iamblichus goes on to describe how some systems of**linear equations**that are not in this form can be placed into this form ...Matrix (mathematics) -

... Matrices can be used to compactly write and work with multiple

**Linear Equations**... Matrices can be used to compactly write and work with multiple

**linear equations**, i.e ... systems of**linear equations**... xn, and b is an m×1-column vector, then the matrix**equation**Ax = b is equivalent to the system of**linear equations**A1,1x1 + A1,2x2 +.. ...Finite State Space - Time-homogeneous Markov Chain With A Finite State Space

... entries are non-negative and sum to 1, that satisfies the

... entries are non-negative and sum to 1, that satisfies the

**equation**In other words, the stationary distribution π is a normalized (meaning that the sum of its entries is 1) left eigenvector of the ... Alternatively, π can be viewed as a fixed point of the**linear**(hence continuous) transformation on the unit simplex associated to the matrix P ... is sometimes sufficient to use the matrix**equation**above and the fact that Q is a stochastic matrix to solve for Q ...