| 释义 |
Definition of linear equation in English: linear equationnoun An equation between two variables that gives a straight line when plotted on a graph. Example sentencesExamples - Linear functions of the input and key make poor choices for encryption functions because such systems can always be broken by solving small sets of linear equations.
- The resulting equation yields beta scores, which are multiplied by the independent variables once the linear equation is calculated.
- These are called linear equations where A and B are, in general, any real numbers.
- Essentially linear equations are solved by making two guesses at the solution, then computing the correct answer from the two errors.
- He worked on numerical methods for solving systems of linear equations and eigenvalue problems.
- They can solve a variety of two-step problems using variables, identify equivalent algebraic expressions, and solve linear equations and inequalities.
- Thymaridas also gave methods for solving simultaneous linear equations which became known as the ‘flower of Thymaridas’.
- The above multiple linear equations, did not yield any co-linearity between the independent variables X 2 and X 5.
- In this way of specifying coordinates a point has a linear equation, namely that of all lines through the point while a line has a pair of numbers namely the x and y coordinates of where it cuts the axes.
- This relates to the way you graph linear equations by hand.
- Systems of linear equations were studied in the context of solving number problems.
- The estimators are thus computed solving the linear equations obtained deriving equation for the unknowns.
- Non-linear equations or linear equations with time delays are required for the system to exhibit of ‘limit cycle’ behavior.
- With these assumptions, we can write the revenue management problem as a series of linear equations.
- Again a table would have been looked up to solve the linear equation ax = b.
- There is, however, work in progress concerning the numerical solution of linear equations with several unknowns using electrical circuits.
- Euler's theorem is far from the whole story for face vectors of polytopes, but it is not difficult to show that it is the whole story of linear equations on face numbers.
- This is a word problem whose solution includes solving a system of two linear equations.
- Topics include analytic solutions of linear equations, equilibria, linearization, stability, phase portraits, bifurcations, simulations, and modeling methodology.
- Von Koch's first results were on infinitely many linear equations in infinitely many unknowns.
Definition of linear equation in US English: linear equationnoun An equation between two variables that gives a straight line when plotted on a graph. Example sentencesExamples - The resulting equation yields beta scores, which are multiplied by the independent variables once the linear equation is calculated.
- Linear functions of the input and key make poor choices for encryption functions because such systems can always be broken by solving small sets of linear equations.
- There is, however, work in progress concerning the numerical solution of linear equations with several unknowns using electrical circuits.
- The estimators are thus computed solving the linear equations obtained deriving equation for the unknowns.
- Essentially linear equations are solved by making two guesses at the solution, then computing the correct answer from the two errors.
- In this way of specifying coordinates a point has a linear equation, namely that of all lines through the point while a line has a pair of numbers namely the x and y coordinates of where it cuts the axes.
- Topics include analytic solutions of linear equations, equilibria, linearization, stability, phase portraits, bifurcations, simulations, and modeling methodology.
- This relates to the way you graph linear equations by hand.
- Systems of linear equations were studied in the context of solving number problems.
- Again a table would have been looked up to solve the linear equation ax = b.
- He worked on numerical methods for solving systems of linear equations and eigenvalue problems.
- The above multiple linear equations, did not yield any co-linearity between the independent variables X 2 and X 5.
- Non-linear equations or linear equations with time delays are required for the system to exhibit of ‘limit cycle’ behavior.
- Euler's theorem is far from the whole story for face vectors of polytopes, but it is not difficult to show that it is the whole story of linear equations on face numbers.
- These are called linear equations where A and B are, in general, any real numbers.
- They can solve a variety of two-step problems using variables, identify equivalent algebraic expressions, and solve linear equations and inequalities.
- With these assumptions, we can write the revenue management problem as a series of linear equations.
- Von Koch's first results were on infinitely many linear equations in infinitely many unknowns.
- Thymaridas also gave methods for solving simultaneous linear equations which became known as the ‘flower of Thymaridas’.
- This is a word problem whose solution includes solving a system of two linear equations.
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