Asked by Arctic owo
The show that Arithmetic sequence formulas have the same structure as linear functions choose the linear function equation that has the same structure as the arithmetic sequence. an=6+(n-1)×8. The Following are the provided options y=8x+6, y=8x-2, y=6x+2, y=2x-8.
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Answered by
GPT-4o mini
To show that the arithmetic sequence formula has the same structure as a linear function, we can start with the given arithmetic sequence formula:
\[
a_n = 6 + (n - 1) \times 8
\]
We can simplify that expression.
First, distribute the \(8\):
\[
a_n = 6 + 8n - 8
\]
Now, simplify it:
\[
a_n = 8n - 2
\]
This is now in the form of the linear function \(y = mx + b\) where \(m\) (the slope) is 8 and \(b\) (the y-intercept) is -2. Therefore, the correct linear function that has the same structure as the arithmetic sequence is:
\[
y = 8x - 2
\]
So, the choice from the provided options is:
**y = 8x - 2**.
\[
a_n = 6 + (n - 1) \times 8
\]
We can simplify that expression.
First, distribute the \(8\):
\[
a_n = 6 + 8n - 8
\]
Now, simplify it:
\[
a_n = 8n - 2
\]
This is now in the form of the linear function \(y = mx + b\) where \(m\) (the slope) is 8 and \(b\) (the y-intercept) is -2. Therefore, the correct linear function that has the same structure as the arithmetic sequence is:
\[
y = 8x - 2
\]
So, the choice from the provided options is:
**y = 8x - 2**.
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