variable 2p=16 If x=7, then 2x=14. inverse operation independent variable The ratios of cars to trucks is 12:8. part to part ratio algebraic expression like terms Perimeter numerical expression 7(x+1)=7x+7 distributive property equation unit rate x+x=2x constant is/of = %/100 ordered pairs dependent variable part to whole ratio unit price $ coefficient percent Volume inequality exponent Area (7,3) variable 2p=16 If x=7, then 2x=14. inverse operation independent variable The ratios of cars to trucks is 12:8. part to part ratio algebraic expression like terms Perimeter numerical expression 7(x+1)=7x+7 distributive property equation unit rate x+x=2x constant is/of = %/100 ordered pairs dependent variable part to whole ratio unit price $ coefficient percent Volume inequality exponent Area (7,3)
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
N-variable
B-2p=16
G-If x=7, then
2x=14.
O-inverse operation
G-independent variable
I-The ratios of cars to trucks is 12:8.
B-part to part ratio
I-algebraic expression
I-like terms
O-Perimeter
N-numerical expression
B-7(x+1)=7x+7
B-distributive property
G-equation
N-unit rate
I-x+x=2x
G-constant
O-is/of = %/100
O-ordered pairs
I-dependent variable
B-part to whole ratio
I-unit price $
N-coefficient
O-percent
G-Volume
G-inequality
B-exponent
N-Area
O-(7,3)