When using Simpson's rule to approximate the integral In(x+1)dx, then the upper bound of the error is Ca2.08x10-3 b.2.57 x 10-5 C4.16x10 3 a 1.3 x 10-4 Fe. 6.7 x10-2

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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When using Simpson's rule to approximate the integral
In(x+1)dx, then the upper bound of the error is
a 2.08x 103
b.2.57 x10-5
T.4.16x10 3
a. 1.3 x104
Fe. 6.7 x10-2
Transcribed Image Text:When using Simpson's rule to approximate the integral In(x+1)dx, then the upper bound of the error is a 2.08x 103 b.2.57 x10-5 T.4.16x10 3 a. 1.3 x104 Fe. 6.7 x10-2
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