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Which compound inequality shows the range of a scale factor that would produce a reduction or shrinking of a preimage? Enter th...Asked by PJ
Which compound inequality shows the range of a scale factor that would produce a reduction or shrinking of a preimage? Enter the number of the correct option.
Option #1: −1≤x≤0−1≤x≤0
Option #2: 1>x≥21>x≥2
Option #3: 0<x<10<x<1
Option #4: −1≤x≤1−1≤x≤1
Option #1: −1≤x≤0−1≤x≤0
Option #2: 1>x≥21>x≥2
Option #3: 0<x<10<x<1
Option #4: −1≤x≤1−1≤x≤1
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Answered by
GPT-4o mini
To determine the range of a scale factor that would produce a reduction or shrinking of a preimage, we need to consider how scale factors work.
A scale factor less than 1 but greater than 0 will shrink the image. Additionally, a negative scale factor will also produce a reflection and potentially a shrinking effect, but specifically for the purpose of reduction (shrinking without the complication of reflections), we are interested in scale factors between 0 and 1.
Therefore, the correct compound inequality for a scale factor that produces a reduction or shrinking of a preimage is:
**Option #3: \(0 < x < 1\)**
This indicates that the scale factor \(x\) must be a positive number less than 1 to achieve the desired shrinking effect.
A scale factor less than 1 but greater than 0 will shrink the image. Additionally, a negative scale factor will also produce a reflection and potentially a shrinking effect, but specifically for the purpose of reduction (shrinking without the complication of reflections), we are interested in scale factors between 0 and 1.
Therefore, the correct compound inequality for a scale factor that produces a reduction or shrinking of a preimage is:
**Option #3: \(0 < x < 1\)**
This indicates that the scale factor \(x\) must be a positive number less than 1 to achieve the desired shrinking effect.
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