@AlgebraVRod
Date:
Period:
Name:
Objective: Define the domain and range of discrete and continuous graphs.
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
Domain:
Range:
Function?
Discrete/Continuous
@AlgebraVRod
Date:
Period:
Name:
OBJECTIVE: Determine the range given an expression and domain values.
y = 2x + 1
D: { -3, -1, 0, 1, 2}
R: _____________
y=x
x
y = 2x + 1
y
-3
y = 2(-3) + 1
-5
D: { -2, -1, 0, 1, 2}
R: _____________
-1
0
1
2
y= x2
D: { -2, -1, 0, 1, 2 }
R: _____________
x
y = x2
f(x) = 3x – 2
y
x
D: { -2, 0, 1, 2, 3,}
R: _____________
y = 3x – 2
y
@AlgebraVRod
1) Which relations below are functions? _________
2) Which relations below are functions?__________
Relation #1 { (-1,2), (-4,51), (1,2), (8,-51) }
Relation #2 { (13,14), (13,5) , (16,7), (18,13) }
Relation #3 { (3,90), (4,54), (6,71), (8, 90) }
Relation #1 { (3,4), (4,5), (6,7), (8,9) }
Relation #2 { (3,4), (4,5), (6,7), (3,9) }
Relation #3 { (-3,4), (4,-5), (0,0), (8,9) }
Relation #4 { (8, 11), (34,5), (6,17), (8,19) }
3) Which relations below are functions? ___________
4) For the following relation to be a function, X
cannot be what values?
Relation #1 { (3,4), (4,5), (6,7), (3,-9) }
Relation #2 { (3,4), (4,5), (6,7), (5,4) }
Relation #3 { (0,4), (4,-5), (0,0), (8,9) }
Relation #4 { (8, 11), (34,5), (6,17), (6,19) }
{ (8, 11), (34,5), (6,17), (X ,22) }
5) For the following relation to be a function, X
cannot be what values?
6) For the following relation to be a function, X
cannot be what values?
{ (12, 13), (-11, 22), (33, 101), (X ,22) }
{ (12,14), (13,5) , (-2,7), (X,13) }
SUMMARY:
Alex states that the relation below is not a function. Lillian says that it is a function.
Who is correct? Explain your reasoning.
Relation { (13,14), (12,5) , (16,7), (13, 14), (-2, 33), (13, 14 }