Answers in bold:
- P to Q: greater than 1
- P to R: greater than 1
- Q to S: less than 1
- Q to R: greater than 1
- S to P: equal to 1
- R to P: less than 1
- P to S: equal to 1
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Step-by-step explanation:
We have these three rules for scale factors
- scale factor > 1, enlarge the image
- 0 < scale factor < 1, shrink the image
- scale factor = 1, the preimage and image are identical
With those rules in mind, we have enlargements for these transformations.
All of which represent some scale factor larger than 1. We don't have enough information to pinpoint what that scale factor would be.
In other words, if you go from small to big, then you apply some scale factor larger than 1 to enlarge the image.
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We also have these reductions
This is where we go from big to small. The image shrinks and we use some scale factor between 0 and 1.
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And finally we have these transformations in which the size of the image does not change. Therefore the scale factor is 1.
The order doesn't matter for this subset, but the order will matter for the other batches of transformations.