2a. Use 2-segment Trapezoidal rule to find the approximate value of integral
where -100 I= 1⁰0 f(x) dx f(x)=0, 0
Posted: Tue Jul 12, 2022 12:05 pm
- 2a Use 2 Segment Trapezoidal Rule To Find The Approximate Value Of Integral Where 100 I 1 0 F X Dx F X 0 0 X 30 1 (7.83 KiB) Viewed 37 times
- 2a Use 2 Segment Trapezoidal Rule To Find The Approximate Value Of Integral Where 100 I 1 0 F X Dx F X 0 0 X 30 2 (37.45 KiB) Viewed 37 times
2a. Use 2-segment Trapezoidal rule to find the approximate value of integral
where -100 I= 1⁰0 f(x) dx f(x)=0, 0<x<30 = -9.0699 * 10-6x³ +2.8950 * 10³ x² -2.5497 * 10-¹x+9.7886, 30≤x≤ 172 = 0, 172 < x < 200 Use 2-segment Trapezoidal rule to find the value of the integral Find the true error, E₁, for part (a). iii. Find the absolute relative true error for part (a). i. ii. 2b. Find the value of the integral with n = 4 and n = 6
Posted: Tue Jul 12, 2022 12:05 pm
- 2a Use 2 Segment Trapezoidal Rule To Find The Approximate Value Of Integral Where 100 I 1 0 F X Dx F X 0 0 X 30 1 (7.83 KiB) Viewed 37 times
- 2a Use 2 Segment Trapezoidal Rule To Find The Approximate Value Of Integral Where 100 I 1 0 F X Dx F X 0 0 X 30 2 (37.45 KiB) Viewed 37 times
where -100 I= 1⁰0 f(x) dx f(x)=0, 0<x<30 = -9.0699 * 10-6x³ +2.8950 * 10³ x² -2.5497 * 10-¹x+9.7886, 30≤x≤ 172 = 0, 172 < x < 200 Use 2-segment Trapezoidal rule to find the value of the integral Find the true error, E₁, for part (a). iii. Find the absolute relative true error for part (a). i. ii. 2b. Find the value of the integral with n = 4 and n = 6