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Use the composite Simpson's 173 With step length i estimate In(2+3x) I = -dx, 1+x?

Use the composite Simpson's 173 With step length i estimate In(2+3x) I = -dx, 1+x?

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Hello i solve it. can you double check my answer in # 2 

ln (24255) ds I tx? h=0.4 n = 10 2 12/5 0,94628 0.28021 D.22045 -- * TRAPEZOIDAL RULF 0,14614 D. 12282 2015 24/5 2(0.10ng0 t0. Degms t 0,7992 E D- 06U94) 0.08478 D. D6824 0.06041 = 0.19995 28/5 E - 0. 59615-0.199s - -b.bo92 2 * SimPSon'S RULE Yn I- (5r04) [0.nuaS +4(6-2812) F2 (0. 2 04r) † 2 (0.141) + 2(0. 1099) F2f0.VYM2)+4 (0. 196) +4 (0.12092) + 4 (0.890) +4 (a.u324)t (0•0604)] = 0.19618 E = 0.19 ust-0.1961e = -0.009 2
Transcribed Image Text:ln (24255) ds I tx? h=0.4 n = 10 2 12/5 0,94628 0.28021 D.22045 -- * TRAPEZOIDAL RULF 0,14614 D. 12282 2015 24/5 2(0.10ng0 t0. Degms t 0,7992 E D- 06U94) 0.08478 D. D6824 0.06041 = 0.19995 28/5 E - 0. 59615-0.199s - -b.bo92 2 * SimPSon'S RULE Yn I- (5r04) [0.nuaS +4(6-2812) F2 (0. 2 04r) † 2 (0.141) + 2(0. 1099) F2f0.VYM2)+4 (0. 196) +4 (0.12092) + 4 (0.890) +4 (a.u324)t (0•0604)] = 0.19618 E = 0.19 ust-0.1961e = -0.009 2
/2 cosh(x sin 0 )de. I Jo 2 L(x) = = Use the composite Simpson's 1/3 rule with step length h = T/16 to estimate I, (3.5). Answer. 7.378202 Use the composite Simpson's 1/3 rule with step length h = 0.4 to estimate In(2 +3x)dx, 1+x2 I =
Transcribed Image Text:/2 cosh(x sin 0 )de. I Jo 2 L(x) = = Use the composite Simpson's 1/3 rule with step length h = T/16 to estimate I, (3.5). Answer. 7.378202 Use the composite Simpson's 1/3 rule with step length h = 0.4 to estimate In(2 +3x)dx, 1+x2 I =
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