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A clean room engineer analyzes a response surface design to determine how seal time, temperature, and pressure affect the seal quality of the sealed trays. The response is binary-whether the seal is intact or not-in a sample of 800 tray seals.
You can use this data to demonstrate Analyze Binary Response for Response Surface Design.
| Worksheet column | Description |
|---|---|
| StdOrder | The order of the runs in standard order (also called Yates order). |
| RunOrder | The order of the runs in random order. |
| PtType | The point type. |
| Blocks | The blocks. In this design, all the design points are contained in a single block. |
| Time | The sealing time: 1.5, 2.5, or 3.5. |
| Temperature | The sealing temperature: 220, 245, or 270. |
| Pressure | The sealing pressure: 20, 30, or 40. |
| Sealed | The number of seals that are intact after testing. |
| Samples | The number of tray seals that are sampled. |
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