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X « æ« g [ Ù i U a · 2012. 6. 7. · X « æ « g [ Ù i U a X « æ « g [ Ù i U a. Created Date: 20120606162131Z

X « æ« g [ Ù i U a · 2012. 6. 7. · X « æ « g [ Ù i U a X « æ « g [ Ù i U a. Created Date: 20120606162131Z

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Operations on Functions Lesson 2.5 ƒ(g(x)) f(x) + g(x) f(x) - g(x) f(x) ÷ g(x) f(x) ∙ g(x)

Operations on Functions Lesson 2.5 ƒ(g(x)) f(x) + g(x) f(x) - g(x) f(x) ÷ g(x) f(x) ∙ g(x)

x ‘(’i»li'a’T‘§;’A°o°§'§’l{)‘gi“g’

x ‘(’i»li'a’T‘§;’A°o°§'§’l{)‘gi“g’

¨ g ¤ ¦ ¯ ¯ ± ¨ h § h · ¢ y K L L ¿ I c _ D A ? E @ À X ¯ ´ X W¯ X > ¯ G F ¼ K d f I c u c I Á b e ¢ G I "M $ & % % ) ( # # " ' * N &, . - * 0 / 7 2 0 5 6 2

¨ g ¤ ¦ ¯ ¯ ± ¨ h § h · ¢ y K L L ¿ I c _ D A ? E @ À X ¯ ´ X W¯ X > ¯ G F ¼ K d f I c u c I Á b e ¢ G I "M $ & % % ) ( # # " ' * N &, . - * 0 / 7 2 0 5 6 2

UC Berkeley G CHEMISTRY L I CHEM X

UC Berkeley G CHEMISTRY L I CHEM X

C+I+G+net X C+I C 45 o means Y =C+I+G+net X equilibrium a =b= marginal propensity to consume income Expenditure

C+I+G+net X C+I C 45 o means Y =C+I+G+net X equilibrium a =b= marginal propensity to consume income Expenditure

SFU Logomonaganm/talks/issac16talk.pdf · Sparse Interpolation Algorithms Assume G = xm 0 + P m 1 i=0 c i(x 1;:::;x n)x i 0 is sparse. Let t = max i #c i and d = max i deg x i G and

SFU Logomonaganm/talks/issac16talk.pdf · Sparse Interpolation Algorithms Assume G = xm 0 + P m 1 i=0 c i(x 1;:::;x n)x i 0 is sparse. Let t = max i #c i and d = max i deg x i G and