Algebra II
... dependent, consistent and independent, and inconsistent. (these words are used at the top of p. 145, but we discussed them in depth in class) Solve systems of equations algebraically by o Substitution (p. 148) o Linear Combination (p. 149) Write and solve a simple system of equations when given ...
... dependent, consistent and independent, and inconsistent. (these words are used at the top of p. 145, but we discussed them in depth in class) Solve systems of equations algebraically by o Substitution (p. 148) o Linear Combination (p. 149) Write and solve a simple system of equations when given ...
ATM Camborne Branch Enriching NUMBER 4th October
... 3. Simplify linear algebraic expressions by collecting like terms; begin to multiply a single term over a bracket Problems in the context of algebraic ‘pyramids’ Use shapes for variables to help establish the ‘rules’ Cards and/or colour to group ‘like’ terms Kinaesthetic – use students as variables ...
... 3. Simplify linear algebraic expressions by collecting like terms; begin to multiply a single term over a bracket Problems in the context of algebraic ‘pyramids’ Use shapes for variables to help establish the ‘rules’ Cards and/or colour to group ‘like’ terms Kinaesthetic – use students as variables ...
ALGEBRAIC THINKING STRAND
... VARIABLES and EXPRESSIONS A variable is a symbol used to represent a value. One of the most important concepts of algebra Can stand for different numbers at different times ...
... VARIABLES and EXPRESSIONS A variable is a symbol used to represent a value. One of the most important concepts of algebra Can stand for different numbers at different times ...
Systems of Linear Equations (1997
... Addition and Subtraction Use this method when one of the variables’ coefficients in the two equations is the same or are additive inverses Add or subtract the equations to eliminate a variable ...
... Addition and Subtraction Use this method when one of the variables’ coefficients in the two equations is the same or are additive inverses Add or subtract the equations to eliminate a variable ...
Lesson 32 - Math @ Purdue
... Addition Method: As with the substitution method, the goal of the addition method is to eliminate one of the variables. 1. Write both equations in general form ( Ax By C ) . 2. If necessary, multiply one or both of the equations by appropriate nonzero numbers so that the sum of the x-coefficient ...
... Addition Method: As with the substitution method, the goal of the addition method is to eliminate one of the variables. 1. Write both equations in general form ( Ax By C ) . 2. If necessary, multiply one or both of the equations by appropriate nonzero numbers so that the sum of the x-coefficient ...
