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Write the absolute value equation that reflects over the x-axis, vertically compresses by a factor of 1/3, and translates 6 to the right.

a)

∣x∣−6
b)
∣x−6∣
c)
∣x∣+6
d)

∣x+6∣

User Nic Gibson
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1 Answer

6 votes

Final answer:

The correct absolute value equation that reflects over the x-axis, vertically compresses by a factor of 1/3, and translates 6 to the right is |x-6|/3. However, none of the provided options include the vertical compression, so the closest option is (b) |x-6|.

Step-by-step explanation:

The question involves transforming an absolute value function based on given geometric transformations. Reflecting a graph over the x-axis can be achieved by multiplying the function by -1. A vertical compression by a factor of 1/3 means we have to multiply the function by 1/3. Translating the graph 6 units to the right involves replacing x with (x-6). Therefore, combining these transformations, the correct absolute value equation is |x-6|/3, reflecting the function over the x-axis, vertically compressing it, and shifting it to the right.

However, all of the provided options lack the vertical compression factor. The option closest to representing the correct transformations is (b) |x-6|, which reflects the function over the x-axis and translates it 6 units to the right, but does not compress it vertically.

User Kamil Banaszczyk
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