A- Using a numerical integration method of your choice with n ≥ 70, determine the length of the curve, f(x) = -e^x over the interval [4, 8]
B- Redo question A, using an entirely different numerical integration method.
show all the work please
A- Using a numerical integration method of your choice with n ≥ 70, determine the length...
Q3 ) Use numerical integration with n=3 to determine the following integration then solve it analytically using a proper method of integration and compare results. Inx dx
Q3 ) Use numerical integration with n-3 to determine the following integration then solve it analytically using a proper method of integration and compare results. InLX dx 04) Used double integral find the area between the following curves y = x2y = 2 - x (5) Use shell method find the volume of the solid generated by revolving the curves y=x", y = 2 - x?, about y axis
QUESTION Numerical integration method 1) Newton-Cotes Rules 2) Gauss Legendre Rules 3) Euler Method 4) Runge-Kutta Method 5) Trapezoidal Method 6) Milne's Method 7) Adams-Moulton-Bashforth By using ONLY ONE METHOD of the aforementioned numerical integration method, determine the estimated surface area of a lake. Given that the maximum length of the lake is 63.49 km, the maximum width of the lake is 22.8 km, the maximum depth of the lake is 104 m, the shore length is 235.2 km and...
Question 3 (Numerical integration, efficient schemes) The length L of the main supporting cable of a suspension bridge can be calculated by: 4h2 1/2 ral (1 +- L = -x²) dx Joq44 Where a is half the length of the bridge And h is the distance from the deck to the top of the tower where the cable is attached. Determine the length of a bridge with a=80 m and h=18m. Determine the cable length (with associated error of estimate)...
6. (a) Use a graphing utility to graph the curve represented by the following parametric x=езі, over the interval-2sts2.(b) Write an integral that represents tions: the arc length of this curve over the interval -2sts2. (Do not attempt to evaluate this integral algebraically) (e) Use the numerical integration capability of a the value of this integral. Round your result to the nearest tenth (Be careful with your notation, show orientation arrous on your curve, and show your steps clearly.) utility...
Written Essay on Module 4: Applications of Integration & Numerical Integration, Due May 2 5. (10 points) For both graphs below, use (i) Trapezoidal Rule, and (ii) Simpson's Rule with a sub- division into n = 4 subintervals to estimate the area under the given curves on the interval (1,5). (iii) In each case, determine which rule is more accurate. Explain why. (a) y = f(x) (b) y = g(x)
(a) Use a graphing utility to graph the curve represented by the following parametric 6. x y over the interval -2sts2. (b) Write an integral that represents -3t-1 the arc length of this curve over the interval -2sts2. (Do not attempt to evaluate this integral algebraically.) (c) Use the numerical integration capability of a graphing utility to approximate the value of this integral. Round your result to the nearest tenth. (Be careful with your notation, show orientation arrows on your...
Question 2 QUESTION 2. MULTIPLE CHOICE. Find the exact arc length of the curve y on the interval 0 << 7. Show your work on a sheet of paper and clearly label it QUESTION 2. Make sure your work is in numerical order by question number 1024 27 128 27 1022 27 170 9 512 27
1. Numerical Integration The integral of a function f(x) for a s x S b can be interpreted as the area between the f(x) curve and the x axis, bounded by the limits x- a and x b. If we denote this area by A, then we can write A as A-f(x)dx A sophisticated method to find the area under a curve is to split the area into trapezoidal elements. Each trapezoid is called a panel. 1.2 0.2 1.2 13...
numerical method class
Numerical differentiation and integration
Problem 2. Determine the value of the integral using the 'left sum', 'midpoint' and 'trapezoidal' rule 1+2 Lower limit--3 Upper limit 3 Step Size 0.1
Problem 2. Determine the value of the integral using the 'left sum', 'midpoint' and 'trapezoidal' rule 1+2 Lower limit--3 Upper limit 3 Step Size 0.1