Graph Number Patterns

2

Multiply the number of cans by 3 to find the number of tennis balls.

When cans = 3, balls = _______.
When cans = 4, balls = _______.

4

Multiply the number of cans by 3 to find the number of tennis balls.

Select all the ordered pairs to match the table above.

4

Use the ordered pairs from question 2 (above).

Graph the ordered pairs from the previous question.

5

Add 2 to the input.

When input = 1, output = _______.
When input = 2, output = _______.
When input = 3, output = _______.
When input = 4, output = _______.
When input = 5, output = _______.

5

Add 2 to the input.

Select all the ordered pairs to match the table above.

5

Add 2 to the input.

Graph the ordered pairs from the previous question.

5

An architect makes a drawing of a building. One inch in the drawing equals 10 feet in actual measurement. Use the table and the coordinate grid to show the pattern.

When Drawing = 1 inch, Actual Measurement = _______ feet.
When Drawing = 2 inches, Actual Measurement = _______feet.
When Drawing = 3 inches, Actual Measurement = _______feet.
When Drawing = 4 inches, Actual Measurement = _______feet.
When Drawing = 5 inches, Actual Measurement = _______feet.

An architect makes a drawing of a building. One inch in the drawing equals 10 feet in actual measurement. Use the table and the coordinate grid to show the pattern.

5

Graph the 5 order pairs from question 8.

1

An architect makes a drawing of a building. One inch in the drawing equals 10 feet in actual measurement. Use the table and the coordinate grid to show the pattern.

What is the actual measurement if the length in the graph drawing is 7 inches?
Actual Measurement =  _______ 

Graph Number Patterns

Multiply the number of cans by 3 to find the number of tennis balls.Select all the ordered pairs to match the table above.

Use the ordered pairs from question 2 (above).Graph the ordered pairs from the previous question.

Add 2 to the input.Select all the ordered pairs to match the table above.

Add 2 to the input.Graph the ordered pairs from the previous question.

Graph the 5 order pairs from question 8.

Multiply the number of cans by 3 to find the number of tennis balls.Select all the ordered pairs to match the table above.

Use the ordered pairs from question 2 (above).Graph the ordered pairs from the previous question.

Add 2 to the input.Select all the ordered pairs to match the table above.

Add 2 to the input.Graph the ordered pairs from the previous question.

Select all the ordered pairs to match the table above.

Graph the 5 order pairs from question 8.

Select all the ordered pairs to match the table above.

Multiply the number of cans by 3 to find the number of tennis balls.

Select all the ordered pairs to match the table above.

Use the ordered pairs from question 2 (above).

Graph the ordered pairs from the previous question.

Add 2 to the input.

Select all the ordered pairs to match the table above.

Add 2 to the input.

Graph the ordered pairs from the previous question.

Multiply the number of cans by 3 to find the number of tennis balls.

Select all the ordered pairs to match the table above.

Use the ordered pairs from question 2 (above).

Graph the ordered pairs from the previous question.

Add 2 to the input.

Select all the ordered pairs to match the table above.

Add 2 to the input.

Graph the ordered pairs from the previous question.