Solve the system of equations.
{(2x,+,3y,=,16),(y,=,2x,-,8):}
(5,2)
Identify if the following system has no solution, one solution, or infinitely many solutions WITHOUT SOLVING.
{(x,+,y,=,7),(2x,+,2y,=,14):}
Infinitely Many Solutions.
(You can see that the second equation is just double the first equation)
How many solutions does the following system of equations have?
No Solutions.
The lines will never intersect.
Solve the system of equations.
{(y=x+3),(y=3x-3):}
(3,6)
HIIIIIIIII
HIIIII
Solve the system of equations.
{(3x,+,2y,=,22),(y,=,-1/3x,+,4):}
(6,2)
Identify if the following system has no solution, one solution, or infinitely many solutions WITHOUT SOLVING.
{(x,+,y,=,4),(x,+,y,=,8):}
No Solutions.
(The same two numbers can't add to both 4 and 8)
How many solutions does the following system of equations have?
One Solution.
The lines intersect at one point. The solution would be (2,0).
Solve the system of equations.
{(y=x-5),(y=2x-16):}
(11,6)
Tyler buys apples and oranges at the store. Apples cost $2 a pound and oranges cost $4 a pound. Tyler spends $20 on apples and oranges together. Tyler buys 2 more pounds of oranges than apples. Write and solve a system of equations to represent this situation using x for pounds of apples and y for pounds of oranges.
Tyler buys 2 pounds of apples and 4 pounds of oranges.
{(2x,+,4y,=,20),(y,=,x,+,2):}
(2,4)
Solve the system of equations.
{(2x,+,3y,=,25),(y,=,-1/2x,+,8):}
(2,7)
Identify if the following system has no solution, one solution, or infinitely many solutions WITHOUT SOLVING.
{(y=4x+3),(y=-4x+5):}
One Solution.
(Since the equations have different slopes, the lines will intersect at one point)

Here is a graph for one of the equations in a system of two equations. The solution to the system is (5,3). Could the other equation in the system be:
y=2x-7
Yes. Fill in (5,3) into the equation. Remember that 5 is the x-value and 3 is the y-value so:
3=2(5)-7
Solve the system of equations.
{(y=x-6),(y=3x-14):}
(4,-2)
Identify if the following system has no solution, one solution, or infinitely many solutions WITHOUT SOLVING.
{(2x,+,2y,=,6),(2x,+,2y,=,-2):}
No Solutions.
(Notice that the left side of the equations are the same, but 6 does not equal -2)
Solve the system of equations.
{(3x,+,y,=,9),(y,=,5x,-,7):}
(2,3)
Identify if the following system has no solution, one solution, or infinitely many solutions WITHOUT SOLVING.
{(2x,+,4y,=,8),(6x,+,12y,=,24):}
Infinitely Many Solutions.
(You can see that the second equation is just three times the first equation)

Here is a graph for one of the equations in a system of two equations. The solution to the system is (3,-3). Could the other equation in the system be:
y=-1/3x-2
Yes. Fill in (3,-3) into the equation. Remember that 3 is the x-value and -3 is the y-value so:
-3=-1/3(3)-2
Tyler buys apples and oranges at the store. Apples cost $2 a pound and oranges cost $4 a pound. If Tyler spends $20 on apples and oranges, complete this table showing some possible combinations of each type purchased.



Here is a graph for one of the equations in a system of two equations. The solution to the system is (7,9). Could the other equation in the system be:
y=4x-2
No. Fill in (7,9) into the equation. Remember that 7 is the x-value and 9 is the y-value so: (notice this equation is not true)
9=4(7)-2
Would this relationship show a positive or negative association:
Pounds of apples you buy and amount of money you spend on apples
Positive Association
As pounds of apples increases, the amount of money you spend increases (they both increase together)
Would this relationship show a positive or negative association:
Speed of a car and the amount of time it takes for the car to get to its destination
Negative Association
As the speed of the car increases, the amount of time it takes to get to its destination decreases (as one increases the other decreases)
Does the following scatter plot show a positive or negative association?
Positive Association.
The line of best fit would have a positive slope.

Does the following scatter plot show a linear or not linear association?
Not Linear.
It looks more like a curved line than a straight line.

What vocabulary word describes the "Here I Am" point?
Outlier