Question 1: Integrate function fo0 given below from x=4 to x=12 using the Trapezoid Method and find the Area under the curve of this function. Divide the interval [4,12) into n=4 equal subintervals. Calculate function values and the Area up to 4 decimal digits. Report the Area and f(a»), fla2), f(aɔ), flad). This notation refers to the one we used in our class notes shown in the table on the right. S(b) f(a,) f(a,) f(a,) 1 b 2 (b;) ba f(a,) (b,) 4*x² - 40*x + 114 f(x) =- 1°x - 16*x + 71
Question 1: Integrate function fo0 given below from x=4 to x=12 using the Trapezoid Method and find the Area under the curve of this function. Divide the interval [4,12) into n=4 equal subintervals. Calculate function values and the Area up to 4 decimal digits. Report the Area and f(a»), fla2), f(aɔ), flad). This notation refers to the one we used in our class notes shown in the table on the right. S(b) f(a,) f(a,) f(a,) 1 b 2 (b;) ba f(a,) (b,) 4*x² - 40*x + 114 f(x) =- 1°x - 16*x + 71
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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integrate function f(x) given below from x= 4 to x=12 using trapezoid method and find the area under the curve of this function. Divide the interval [4,12]into n=4 equal subintervals. Calculate function values and the Area up to 4 decimal digits. Report the Area and f(a1), f(a2), f(a3), f(a4). This notation refers to the one we used in our class notes shown in the table on the right.
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