Graphing
Solving
Quadratics
Radicals/Complex Numbers
100
Solve Using Graphing:
y = -3
y = 5/3x + 2
100
Solve the systems of equations using substitution
x=-3
x - 3y=-15
(-3,4)
100
x2 − 12x + 11 = 0
(11,1)
100
sqrt99
3sqrt 11
200
when graphing linear inequalities what type of line does < and > use?
Dotted Line
200
Use ELIMINATION to solve each system of equations.
-3x + 2y = 23
-5x - 2y = 17
(-5, 4)
200
x2-11x+19=-5
solve for zeros and graph
(3,0) (8,0)
200
sqrt(-20)
2isqrt5
300
How many solutions are there? Is it consistent or inconsistent?
No Solutions
300
Solve the systems of equations using substitution:
y = 6x
2x + 3y=-20
(-1,-6)
300
8x2 + 16x - 42 = 0
Find the line of symmetry and solve for zeros
(3/2,-7/2)
300
(2+3i)+(9-6i)
11-3i
400
Graph the system and give one solution point
y ≤ x − 2
y > −3x + 5
400
Use substitution to solve the following system of equations.
y = -2x + 3
8x + 4y =12
infinitely many solutions
400
2x2 − 7x − 3 = 0
(7+√73 / 4, 7-√73 / 4)
400
(2+3i)(5-2i)
16+11i
500
Solve the systems of linear equations by graphing:
500
3x−3y+2z=9 3x+y−3z=−8
11x−y−2z=0
(0.5,-0.5,3)
500
x2 - 6x + 17=0
Solve for the zeroes
x = -1.24 and 7.24 or x = 3 - 3(sqrt(2)) and 3 + 3(sqrt(2))
500
(10-3i)/(7-5i)
(29/64)i + 85/64