Subtiers or Series Limit Type Tier Expression Notes Examples Convergence Two examples Super Large an = n" N/A among many an = n! тп 3" Larger |q|, Exponentially Large An = q", |q| > 1 en larger tier (-2)" (3/2)" nº lim an = ∞ ±an n2 Positive n=1 Larger s, larger tier an = n°, п Power Diverges Vn n'/3 [In(n)]² In(n) Positive Logarithmic Power an = [In(n)]*, s > 0 Larger s, larger tier [In(n)]}/2 Both an and 1/an are bounded 2n Bounded e.g. an — C #0, ап — (-1)", аn %3D n+1 Negative Logarithmic Power In(n)]-1/2 1/ In(n) [In(n)]-2 1/Vn An = [In(n)]ª, Larger s, larger tier ±an n=1 Diverges Or Converges Conditionally" n-1 Negative Power Larger s, larger tier an =n°, Twilight Realm -1.0000001 n-2 lim an = 0 (1/2)" e-n Exponentially Small An = q", 0 < [q| < 1 Larger |q|, larger tier an 1/(-3)" n=1 Converges Absolutely Two examples an = e" /n! Super Small N/A among many An =n-n Zero An = 0 Smallest (2) With the help of the "tierlist", sort the following sequences in descending order: In dn fn en ba Сп e" - (-4)" | т'" | sin(-n) + (-1)" ап n° е—п n2 +n-" (-1)" + 3/In(n) п—е
Subtiers or Series Limit Type Tier Expression Notes Examples Convergence Two examples Super Large an = n" N/A among many an = n! тп 3" Larger |q|, Exponentially Large An = q", |q| > 1 en larger tier (-2)" (3/2)" nº lim an = ∞ ±an n2 Positive n=1 Larger s, larger tier an = n°, п Power Diverges Vn n'/3 [In(n)]² In(n) Positive Logarithmic Power an = [In(n)]*, s > 0 Larger s, larger tier [In(n)]}/2 Both an and 1/an are bounded 2n Bounded e.g. an — C #0, ап — (-1)", аn %3D n+1 Negative Logarithmic Power In(n)]-1/2 1/ In(n) [In(n)]-2 1/Vn An = [In(n)]ª, Larger s, larger tier ±an n=1 Diverges Or Converges Conditionally" n-1 Negative Power Larger s, larger tier an =n°, Twilight Realm -1.0000001 n-2 lim an = 0 (1/2)" e-n Exponentially Small An = q", 0 < [q| < 1 Larger |q|, larger tier an 1/(-3)" n=1 Converges Absolutely Two examples an = e" /n! Super Small N/A among many An =n-n Zero An = 0 Smallest (2) With the help of the "tierlist", sort the following sequences in descending order: In dn fn en ba Сп e" - (-4)" | т'" | sin(-n) + (-1)" ап n° е—п n2 +n-" (-1)" + 3/In(n) п—е
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter7: Distance And Approximation
Section7.3: Least Squares Approximation
Problem 35EQ
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