Graphing Systems of Equations
Solving Systems of Equations Algebraically
Linear Programming
Graphs in 3-Dimensions
Solving Systems of Inequalities
100

Systems that have at least one solution are called...

Consistent

100

Solve the system of equations using substitution: 2x+y=6 and 6x+2y=4.

(-4, 14)

100

Why do we use linear programming?

To identify a minimum or maximum value of some quantity. It is often used to make improvements to businesses and companies.

100

The third plane added in a three-dimensional plane is called the...

z-axis

100

What is this symbol? >

greater than

200

Systems that have no solution are called...

Inconsistent

200

Solve the system of equations using elimination: -8x-10y=28 and 4x+10y=-24.

(-1, -2)

200

Limits on the variables in the objective function that are written as linear inequalities are called...

Constraints

200

What is the notation of (x, y, z) called?

Ordered Triples

200

When you graph the absolute value of an equation and the equation has the symbol <, will you shade the part above the v or the part below the v?

below

300

Graph the system of equations to find the solution: y=-x-2 and y=4x+3.

(-1, -1)

300

Solve the system of equations using substitution: 2x+4y=7 and x+2y=3.

No Solution

300

What points do we choose as the possible maximums or minimums that we plug into the objective function?

The vertices of the feasible region.

300

The lines connecting the intercepts on the graph of a 3-D equation are called...

Traces

300

Solve the following system of inequalities by graphing: y<3x-2 and y>3x+3.

No Solution because the shaded regions will never overlap (the lines are parallel)

400

Graph the systems of equations to find the solution: -2x+y=4 and -2y=-4x+12.

No Solution because the lines are parallel.

400

Solve the system of equations using elimination: -4x-8y=8 and 8x+16y=-16.

Infinite Number of Solutions

400

Given the objective function P=300x+250y, which of the following points are the maximum? (0, 0), (2, 1), (1, 3), or (0, 4).

(1, 3)

400

What are the x, y, and z intercepts of the equation 3x+2y-4z=12?

x=4, y=6, and z=-3

400

Solve the following system of equations by graphing: x+y>-3 and x+y<3.

Graph the lines. The lines should both be dotted. The lines should be parallel and you should shade the region between the two lines.

500

Without graphing, classify this system of equations as either inconsistent, consistent and dependent, or consistent and independent. 3x-18y=9 and -6y+x=3

Consistent and dependent

500

Determine if the point (7, 3) is a solution to the system of equations: 5x+5y=20 and x-2y=13.

No, it is in fact, not.

500

Given the objective function P=55x+80y which of the following points are the minimum? (1, 4), (4, 1), (3, 2) or (2, 3)

(4, 1)

500

Instead of graphing in a coordinate plane, we graph in a coordinate ______________ for 3-D graphs.

Space

500

Determine if (10, 10) is a solution to the system: y<2x-1 and y>=10-x.

Yes, it in fact, is.

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