[size=150]A sequence is defined by [math]f\left(0\right)=-20[/math], [math]f\left(n\right)=f\left(n-1\right)-5[/math] for [math]n\ge1[/math].[/size][br][br]Explain why [math]f\left(1\right)=-20-5[/math].
Explain why [math]f\left(3\right)=-20-5-5-5[/math].
Complete the expression: [math]f\left(10\right)=-20-[/math]_____. Explain your reasoning.
[size=150]A sequence is defined by [math]f\left(0\right)=-4,f\left(n\right)-f\left(n-1\right)-2[/math] for [math]n\ge1[/math]. Write a definition for the [math]n^{th}[/math] term of the sequence.[/size]
[math]f\left(1\right)=3[/math], [math]f\left(n\right)=2\cdot f\left(n-1\right)[/math] for [math]n\ge2[/math].[br][br]Find the first 5 terms of the sequence.[br]
Is the sequence arithmetic, geometric, or neither? Explain how you know.[br]
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[/img][br][br]Define [math]M[/math] recursively using function notation.
[math]a\left(1\right)=5[/math], [math]a\left(n\right)=a\left(n-1\right)+3[/math] for [math]n\ge2[/math].
[math]b\left(1\right)=1[/math], [math]b\left(n\right)=3\cdot b\left(n-1\right)[/math] for [math]n\ge2[/math].
[math]c\left(1\right)=3[/math], [math]c\left(n\right)=-c\left(n-1\right)+1[/math] for [math]n\ge2[/math].[br]
[math]d\left(1\right)=5[/math], [math]d\left(n\right)=d\left(n-1\right)+n[/math] for [math]n\ge2[/math].
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[/img][br][br]Is this sequence arithmetic or geometric? Explain how you know.
List at least the first five terms of the sequence.[br]
Write a recursive definition of the sequence.[br]