Using Taylor Series to prove Az = § (40) U2+2 (40) u 21 2. equations: ASY. iv. My Uy t 14x 2 ③Ab = § (40) 46 + 21 (4)(25+ 2 2 U2 U4 + Us ) + 3 1 5 (un) (suillat (4) Uz + 6 U₁ U₂ U3) + + f (4) 43 4! (5) 4 (4 u₁ U₁ + 64; U; ) + 5 5 f ( u ) ülsz + 6! (6) -S (4) 4. Such that An- で 7=0 T=0 Y 14

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter1: Fundamental Concepts Of Algebra
Section1.3: Algebraic Expressions
Problem 22E
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Using Taylor Series to prove
Az = § (40) U2+2 (40) u
21
2.
equations:
ASY.
iv.
My
Uy t
14x
2
③Ab = § (40) 46 +
21
(4)(25+
2
2 U2 U4 + Us ) + 3 1 5 (un) (suillat
(4)
Uz + 6 U₁ U₂ U3) + + f (4)
43
4!
(5)
4
(4 u₁ U₁ + 64; U; ) + 5 5 f ( u ) ülsz
+
6!
(6)
-S (4) 4.
Such that An-
で
7=0
T=0
Y
14
Transcribed Image Text:Using Taylor Series to prove Az = § (40) U2+2 (40) u 21 2. equations: ASY. iv. My Uy t 14x 2 ③Ab = § (40) 46 + 21 (4)(25+ 2 2 U2 U4 + Us ) + 3 1 5 (un) (suillat (4) Uz + 6 U₁ U₂ U3) + + f (4) 43 4! (5) 4 (4 u₁ U₁ + 64; U; ) + 5 5 f ( u ) ülsz + 6! (6) -S (4) 4. Such that An- で 7=0 T=0 Y 14
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