201 6 814 (20 (1) (x — a)(x — af(b) — bf(a) f(a) -f(b) a—b ...

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Transcript of 201 6 814 (20 (1) (x — a)(x — af(b) — bf(a) f(a) -f(b) a—b ...

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Função IDÉIA INTUITIVA DE FUNÇÃO - wiki.ifsc.edu.br§ao_1.pdf · ... A → B e f: B → C. Definimos a composta de f com g e denotamos por f o g ... x x y f x y x y a f x x 6

Função IDÉIA INTUITIVA DE FUNÇÃO - wiki.ifsc.edu.br§ao_1.pdf · ... A → B e f: B → C. Definimos a composta de f com g e denotamos por f o g ... x x y f x y x y a f x x 6

社会基盤学表紙2019J - 東京大学 · x F£yGs F£yG' }Is B I¤B 1 B 2 ¥ J¢yG¤ 1J 2J ¥' @ { q QH"\ F£yGs }Is' @ x '>x " ! ! ( B 1 #6 D x \ QH `'b u 1 RJ 2o;4 x '>x QH

社会基盤学表紙2019J - 東京大学 · x F£yGs F£yG' }Is B I¤B 1 B 2 ¥ J¢yG¤ 1J 2J ¥' @ { q QH"\ F£yGs }Is' @ x '>x " ! ! ( B 1 #6 D x \ QH `'b u 1 RJ 2o;4 x '>x QH

Nombres de solutions d’une équation. 1.Résoudre graphiquement : a. f (x) = –3 b. f (x) = –5 c. f (x) = 0 d. f (x) = 3.

Nombres de solutions d’une équation. 1.Résoudre graphiquement : a. f (x) = –3 b. f (x) = –5 c. f (x) = 0 d. f (x) = 3.

Math 125 HW Ie !web/Student ...marshall/math_125/HW_1C.pdf · o. I. b . o l. f(x) dx + f(x) dx = f(x) dx. c . l'b . a .c a ~ I. b . If m ~ f(x) ~ M for a ~ x ~ b, then m(b - a) f(x)

Math 125 HW Ie !web/Student ...marshall/math_125/HW_1C.pdf · o. I. b . o l. f(x) dx + f(x) dx = f(x) dx. c . l'b . a .c a ~ I. b . If m ~ f(x) ~ M for a ~ x ~ b, then m(b - a) f(x)

Continuous Column Distillation. Column diagram feed F, x F bottoms B, x B boilup V, y B reflux L, x R distillate D, x D feed stage total condenser reflux.

Continuous Column Distillation. Column diagram feed F, x F bottoms B, x B boilup V, y B reflux L, x R distillate D, x D feed stage total condenser reflux.

K^ 8/ Fý

K^ 8/ Fý

DEFINITION Let f : A B and let X A and Y B. The image (set) of X is f(X) = {y B : y = f(x) for some x X} and the inverse image of Y is f –1 (Y)

DEFINITION Let f : A B and let X A and Y B. The image (set) of X is f(X) = {y B : y = f(x) for some x X} and the inverse image of Y is f –1 (Y)

APLIKASI TURUNAN · lim ( ) xc fx o rf f x b x o rf lim ( ) a x f x x o rf ( ) lim f x ax b x o rf lim ( ) x = a asimtot tegak a f o lim f ( x) x a f o lim f ( x) x a ... Mencari

APLIKASI TURUNAN · lim ( ) xc fx o rf f x b x o rf lim ( ) a x f x x o rf ( ) lim f x ax b x o rf lim ( ) x = a asimtot tegak a f o lim f ( x) x a f o lim f ( x) x a ... Mencari

w w w x x x f a b , lim xx xy yx yy w w w fz ,,wziller/math114s14/ch14-5.pdfh f a h b f a b f a b h x, ,, lim 0 o Partial derivative Regard as a constant and differentiate of f with

w w w x x x f a b , lim xx xy yx yy w w w fz ,,wziller/math114s14/ch14-5.pdfh f a h b f a b f a b h x, ,, lim 0 o Partial derivative Regard as a constant and differentiate of f with

X. maculatus Jp 163 B X. couchianus F 1 Interspecies Hybrid (X. maculatus Jp 163 B X. couchianus)

X. maculatus Jp 163 B X. couchianus F 1 Interspecies Hybrid (X. maculatus Jp 163 B X. couchianus)

IDEAL STAGE Feed F, x F Distillate D, x D Bottom Product B, x B SINGLE-STAGE (FLASH) DISTILLATION UNECONOMICAL.

IDEAL STAGE Feed F, x F Distillate D, x D Bottom Product B, x B SINGLE-STAGE (FLASH) DISTILLATION UNECONOMICAL.

 · a Y ^ X f c X g [ h b ] c l a Z [s a ^ X ` e c s a c \ h b b [ a b [ e h \ X Y a [\ ] X i a Z f ^ X ^ m ^ X g [ X X g [ h b ] c p y f ... L J E M C D E L F D E K C M ...

 · a Y ^ X f c X g [ h b ] c l a Z [s a ^ X ` e c s a c \ h b b [ a b [ e h \ X Y a [\ ] X i a Z f ^ X ^ m ^ X g [ X X g [ h b ] c p y f ... L J E M C D E L F D E K C M ...

Quadric Surfaces, Partial derivatives. Sections 12.6 and ...nirobles/files241/lecture07.pdfpartial derivatives f x(a;b) = @f(x;y) @x j ( ;y)=(a b) = lim h!0 f(a+h;b) f(a;b) h. Same

Quadric Surfaces, Partial derivatives. Sections 12.6 and ...nirobles/files241/lecture07.pdfpartial derivatives f x(a;b) = @f(x;y) @x j ( ;y)=(a b) = lim h!0 f(a+h;b) f(a;b) h. Same

STAT509 Continuous Probability Distributions Recall: P(a < X < b) = = F(b) – F(a) F (a) = μ = E[X] = 2 = E[X 2 ] – μ 2 f(x) x x F(x)

STAT509 Continuous Probability Distributions Recall: P(a < X < b) = = F(b) – F(a) F (a) = μ = E[X] = 2 = E[X 2 ] – μ 2 f(x) x x F(x)

期待値と分散 E(aX+b) = aE(X) + b E(X+Y) = E(X) + E(Y) E(XY) = E(X) E(Y) X, Y: 独立 Var(X) = E(X 2 ) – {E(X)} 2 Var(aX+b) = a 2 Var(X) f(X)f(X+b) b X 0 X 0 +b X.

期待値と分散 E(aX+b) = aE(X) + b E(X+Y) = E(X) + E(Y) E(XY) = E(X) E(Y) X, Y: 独立 Var(X) = E(X 2 ) – {E(X)} 2 Var(aX+b) = a 2 Var(X) f(X)f(X+b) b X 0 X 0 +b X.

INSTITUTO POLITÉCNICO NACIONAL continuidad...B e ® ^ ` ^ , 1 1` B B B y B e ¯ t,1 1, 1 ( ) sis s si s f s ^s s ` ^f f , f t0` u 31. F(x) 2 x ^x x , xt0` ^ , t2` F F F 32. j C j

INSTITUTO POLITÉCNICO NACIONAL continuidad...B e ® ^ ` ^ , 1 1` B B B y B e ¯ t,1 1, 1 ( ) sis s si s f s ^s s ` ^f f , f t0` u 31. F(x) 2 x ^x x , xt0` ^ , t2` F F F 32. j C j

INTEGRALES - UPMasignaturas.topografia.upm.es/.../Integrales_definidas.pdfPropiedades de las integrales definidas bb aa ∫∫ f(x)dx f(x)dx≤ b cb a ac ∫ ∫∫ f(x)dx f (x)dx

INTEGRALES - UPMasignaturas.topografia.upm.es/.../Integrales_definidas.pdfPropiedades de las integrales definidas bb aa ∫∫ f(x)dx f(x)dx≤ b cb a ac ∫ ∫∫ f(x)dx f (x)dx

Magnetism The Magnetic Force x x x v F B q v F B q v F = 0 B q.

Magnetism The Magnetic Force x x x v F B q v F B q v F = 0 B q.

clementemat.files.wordpress.com...Solucionario 43 8.2. Calcula, si existen, los siguientes límites. a) lim x→0 f(x) para f(x) — ⏐x x ⏐ — b) lim x→2 f(x) para f(x) 2 c)

clementemat.files.wordpress.com...Solucionario 43 8.2. Calcula, si existen, los siguientes límites. a) lim x→0 f(x) para f(x) — ⏐x x ⏐ — b) lim x→2 f(x) para f(x) 2 c)

C A L C U L U S II · 2. : f (x ,y) UzÍw ÚE ¬hbqVz : A (a,b) p È pK qtO {(a) f (a,b) U [^ oM {(b ) lim (x ,y )" (a ,b) f (x ,y) U Ob {(c) lim (x ,y )" (a ,b) f (x ,y) = f (a,b){

C A L C U L U S II · 2. : f (x ,y) UzÍw ÚE ¬hbqVz : A (a,b) p È pK qtO {(a) f (a,b) U [^ oM {(b ) lim (x ,y )" (a ,b) f (x ,y) U Ob {(c) lim (x ,y )" (a ,b) f (x ,y) = f (a,b){