Respuesta :
The third one
Look for relationships between x and y values.
In a function, you cannot have two repeated x values thats have separate y values. In general, if two x values exist of the same number, its usually not a function.
In the first one, if x = 2, then y = 3 or 5
In the second one, if x = 10. then y = 11 or 6
In the fourth one, if x = 13, then y = 2, 3, or 5
Look for relationships between x and y values.
In a function, you cannot have two repeated x values thats have separate y values. In general, if two x values exist of the same number, its usually not a function.
In the first one, if x = 2, then y = 3 or 5
In the second one, if x = 10. then y = 11 or 6
In the fourth one, if x = 13, then y = 2, 3, or 5
Answer:
{(-2,2),(0,2),(7,2),(11,2)}
Step-by-step explanation:
A function, by definition, can only have one y value for any x value--one output for any particular input. In {(0,0),(2,3),(2,5),(6,6)}, there is more than one possible value of y for x=2. In {(3,5),(8,4),(10,11),(10,6)}, there is more than one possible value of y for x=10. In {(13,2),(13,2),(13,4),(13,5), there is more than one possible value of y for x=13. Thus, {(-2,2),(0,2),(7,2),(11,2)} is a function.
Hope this helps!