Generate Paired Patterns and Explain a Relationship
Build a table containing step number and both generated values.
About 20 minutes, plus any extended practice
Supplied materials
- Paper and a pencil; drawing and spoken explanations are welcome. An adult may read directions and options aloud.
- Supplied worked-case record: Pattern A starts at zero and adds four; B starts at zero and adds twelve.
- All quantities and shape descriptions are supplied in the worked example and questions; no purchase or personal information is needed.
Learn the idea
Two rules can create paired values when applied the same number of times. Begin with the stated starting values, then match terms by step number. A relationship such as double depends on both the step sizes and starting values. It should be explained from the rules, not assumed from one matching pair.
Build a table containing step number and both generated values. Pair entries from the same row. Explain the ratio relationship when both start at zero and one repeated step is an exact multiple of the other.
Pair values from the same step row. A different starting value can change a simple multiplier relationship. Make a table with rows for step 0 through the requested step.
- Make a table with rows for step 0 through the requested step.
- Follow the worked example. Point to each number or shape feature and say what it tells you.
- Build a table containing step number and both generated values.
- Try the question and then the three practice questions. Check your answers and explain any change you make.
See the method in action
Pattern A starts at zero and adds four; B starts at zero and adds twelve. At steps 1,2,3, pairs are (4,12),(8,24),(12,36). B is three times A because both start at zero and every step in B adds three times the amount in A. Pair values from the same step row. A different starting value can change a simple multiplier relationship. Make a table with rows for step 0 through the requested step.
Check your reasoning
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Helpful tips
- Pair values from the same step row.
- A different starting value can change a simple multiplier relationship.
See the answer and explanation
12
The second pattern repeats a six-unit step the stated number of times. The result is 12.
Take it further
A starts at zero adding five; B starts at zero adding ten. At step four: pair (20,40), with B twice A.
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More practice: try new cases
Choose an answer for each problem. Explain your method on paper, then use the feedback to decide what to revisit.
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Check the subject sources
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