Additive Multiplicative Patterns Graphs

What is the value of the missing output?

What algebraic equation is represented by the graph?

• y = x + 4

• y = 4x

• y = x + 5

• y = 5x

What algebraic equation is represented by the graph?

• y = 4x

• y = x + 4

• y = 5x

• y = x + 5

What type of relationship is represented by the table?

• Additive, because each y value is 6 more than the corresponding x value.

• Multiplicative, because each y value is 6 times the corresponding x value.

• Additive, because each y value is 4 more than the corresponding x value.

• Multiplicative, because each y value is 4 times the corresponding x value.

What type of relationship is represented by the table, and which values are missing? Select two correct answers.

• Additive Relationship

• Multiplicative Relationship

• Missing values: 10, 28

• Missing values: 10, 7

• Missing values: 10, 8

What algebraic equation is represented by the graph?

• y = x + 3

• y = 3x

• y = x + 9

• y = 9x

What type of relationship is represented by the table?

• Additive, because each y value is 6 more than the corresponding x value.

• Multiplicative, because each y value is 6 times the corresponding x value.

• Additive, because each y value is 4 more than the corresponding x value.

• Multiplicative, because each y value is 4 times the corresponding x value.

What algebraic equation is represented by the graph?

Mathematical Equivalence

ON

The total number of markers, m, contained in p packages can be represented by the equation m = 8p. Which of the following tables best represents this situation?

• 
• 
• 
• 

What type of relationship is represented in this graph?

• Additive because it doesn't cross the origin

• Multiplicative because it crosses through the origin