Homework Answers
Request Answer!
We need at least 10 more requests to produce the answer.
0 / 10 have requested this problem solution
The more requests, the faster the answer.
Add Answer to:
For the final project, you will create an integral calculator polynomials of degree zero, one, two...
6. Compute four Legendre polynomials degree 0, 1, 2 and 3, respectively. You can assume that...
6. Compute four Legendre polynomials degree 0, 1, 2 and 3, respectively. You can assume that these polynomials endre polynomial to construct a Gaussian quadrature. Approximate the value of the integral are monic. Use the roots of the cubic Leg- sin(2x) dx using your quadrature rule.
6. Compute four Legendre polynomials degree 0, 1, 2 and 3, respectively. You can assume that these polynomials endre polynomial to construct a Gaussian quadrature. Approximate the value of the integral are monic. Use...
Programming Assignment - Numerical Integration In MATH 1775 last semester, you used Riemann sums in Excel...
Programming Assignment - Numerical Integration In MATH 1775 last semester, you used Riemann sums in Excel to approximate the value of the definite integral that represents the area of the region between the x-axis and the graph of 2 5 y xx = − 8 shown below. The purpose of this assignment is to increase the accuracy of such approximations of integrals. Write a program (using java) that uses the Midpoint Rule, the Trapezoid Rule, and Simpson’s Rule to find...
C-Programming please. The task is to create second-degree polynomial calculator for the function, its integral and...
C-Programming please.
The task is to create second-degree polynomial calculator for the function, its integral and its derivative. A second-degree polynomial is described by the equation f(x) = ax +bx+c. Evaluation of the derivative gives the instantaneous slope or rate of change as (where f'(x) is the derivative of f(x)): f"(x)=2x+b The integral of the function f(x) (let us call it F(x)) indicates the area underneath the curve. Between points x; and the area A is A = F(x)-F(x), where,...
MATLAB Create a function that provides a definite integration using Simpson's Rule Problem Summar This example demo...
MATLAB Create a function that provides a definite integration
using Simpson's Rule
Problem Summar This example demonstrates using instructor-provided and randomized inputs to assess a function problem. Custom numerical tolerances are used to assess the output. Simpson's Rule approximates the definite integral of a function f(x) on the interval a,a according to the following formula + f (ati) This approximation is in general more accurate than the trapezoidal rule, which itself is more accurate than the leftright-hand rules. The increased...
These instructions are written with the assumption that code will be done in matlab. You might fi...
These instructions are written with the assumption that code will be done in matlab. You might find the following built in commands useful: length, plot, xlabel, ylabel, title, legend, fzero, plot, disp, axis, axes, min, max. 2. Numerical Integration (Quadrature). Write FOUR of your own numerical integration routines. One should use left-end, right-end, or mid-points, another should use the trapezoid method, another should use Simpson’s method, and the fourth should use either Guassian Quadrature or Romberg’s method. Use your four...
The code should be written with python. Question 1: Computing Polynomials [35 marks A polynomial is...
The code should be written with python.
Question 1: Computing Polynomials [35 marks A polynomial is a mathematical expression that can be built using constants and variables by means of addition, multiplication and exponentiation to a non-negative integer power. While there can be complex polynomials with multiple variable, in this exercise we limit out scope to polynomials with a single variable. The variable of a polynomial can be substituted by any values and the mapping that is associated with the...
Matlab code： Task 5 As an engineer you are asked to calculate the approximate surface area of a lake in your local community. In order to do that, you decide to use a GPS to measure the x and y coord...
Matlab code：
Task 5 As an engineer you are asked to calculate the approximate surface area of a lake in your local community. In order to do that, you decide to use a GPS to measure the x and y coordinates at various points around the lake. You pick a starting point and calibrate your GPS position at that point to be (0,0). You begin to walk around the lake collecting the following data below and eventually return to your...
Question 14 Suppose f(x) is an decreasing, concave up function and you use numeric integration to...
Question 14 Suppose f(x) is an decreasing, concave up function and you use numeric integration to compute the integral of f over the interval [0, 1]. Put the values of the approximations using n = 100 for the left end-point rule (L100), right end-point rule (R100), and Simpson's rule (S100) from the least to the greatest. a) OS100, L100, R100 b) L100, S100, R100 R100, L100, S100 $100, R100, 2100 R100, S100, L100 O None of the above. Review La...
Problem 6 (programming): Consider a two-dimensional function f(x.y) stored in the file f.mat on TritonED. Down load the...
Problem 6 (programming): Consider a two-dimensional function f(x.y) stored in the file f.mat on TritonED. Down load the file and load it into MATLAB. The file includes 3 variables: x, y and f, where f contains 2-dimensional function values at (x, y). You can execute: surf(x, y, f); shad ing interp; view(3); in the command window to visualize the function. Do not put the command in your homework script. In the following exercises, estimate the double integral: maz(ycmax(z) f(x, y)...
3. Consider the function f(x) = cos(x) in the interval [0,8]. You are given the following 3 point...
3. Consider the function f(x) = cos(x) in the interval [0,8]. You are given the following 3 points of this function: 10.5403 2 -0.4161 6 0.9602 (a) (2 points) Calculate the quadratic Lagrange interpolating polynomial as the sum of the Lo(x), L1(x), L2(x) polynomials we defined in class. The final answer should be in the form P)a2 bx c, but with a, b, c known. DELIVERABLES: All your work in constructing the polynomial. This is to be done by hand...
6. Compute four Legendre polynomials degree 0, 1, 2 and 3, respectively. You can assume that these polynomials endre polynomial to construct a Gaussian quadrature. Approximate the value of the integral are monic. Use the roots of the cubic Leg- sin(2x) dx using your quadrature rule.
6. Compute four Legendre polynomials degree 0, 1, 2 and 3, respectively. You can assume that these polynomials endre polynomial to construct a Gaussian quadrature. Approximate the value of the integral are monic. Use...
C-Programming please.
The task is to create second-degree polynomial calculator for the function, its integral and its derivative. A second-degree polynomial is described by the equation f(x) = ax +bx+c. Evaluation of the derivative gives the instantaneous slope or rate of change as (where f'(x) is the derivative of f(x)): f"(x)=2x+b The integral of the function f(x) (let us call it F(x)) indicates the area underneath the curve. Between points x; and the area A is A = F(x)-F(x), where,...
MATLAB Create a function that provides a definite integration
using Simpson's Rule
Problem Summar This example demonstrates using instructor-provided and randomized inputs to assess a function problem. Custom numerical tolerances are used to assess the output. Simpson's Rule approximates the definite integral of a function f(x) on the interval a,a according to the following formula + f (ati) This approximation is in general more accurate than the trapezoidal rule, which itself is more accurate than the leftright-hand rules. The increased...
The code should be written with python.
Question 1: Computing Polynomials [35 marks A polynomial is a mathematical expression that can be built using constants and variables by means of addition, multiplication and exponentiation to a non-negative integer power. While there can be complex polynomials with multiple variable, in this exercise we limit out scope to polynomials with a single variable. The variable of a polynomial can be substituted by any values and the mapping that is associated with the...
Matlab code：
Task 5 As an engineer you are asked to calculate the approximate surface area of a lake in your local community. In order to do that, you decide to use a GPS to measure the x and y coordinates at various points around the lake. You pick a starting point and calibrate your GPS position at that point to be (0,0). You begin to walk around the lake collecting the following data below and eventually return to your...
Question 14 Suppose f(x) is an decreasing, concave up function and you use numeric integration to compute the integral of f over the interval [0, 1]. Put the values of the approximations using n = 100 for the left end-point rule (L100), right end-point rule (R100), and Simpson's rule (S100) from the least to the greatest. a) OS100, L100, R100 b) L100, S100, R100 R100, L100, S100 $100, R100, 2100 R100, S100, L100 O None of the above. Review La...
Problem 6 (programming): Consider a two-dimensional function f(x.y) stored in the file f.mat on TritonED. Down load the file and load it into MATLAB. The file includes 3 variables: x, y and f, where f contains 2-dimensional function values at (x, y). You can execute: surf(x, y, f); shad ing interp; view(3); in the command window to visualize the function. Do not put the command in your homework script. In the following exercises, estimate the double integral: maz(ycmax(z) f(x, y)...
3. Consider the function f(x) = cos(x) in the interval [0,8]. You are given the following 3 points of this function: 10.5403 2 -0.4161 6 0.9602 (a) (2 points) Calculate the quadratic Lagrange interpolating polynomial as the sum of the Lo(x), L1(x), L2(x) polynomials we defined in class. The final answer should be in the form P)a2 bx c, but with a, b, c known. DELIVERABLES: All your work in constructing the polynomial. This is to be done by hand...
Most questions answered within 3 hours.
-
For the following reaction, 0.128 moles of
potassium hydrogen sulfateare mixed with
0.504 moles of potassium...
asked 2 hours ago -
1. What is the present value of $400, three years in the future
if the interest...
asked 2 hours ago -
The labor force minus the number of employed equals the number
of unemployed.
a. True
b....
asked 4 hours ago -
Determine the mass in units of grams [g] of 0.49 moles [mol]
of a new fictitious...
asked 5 hours ago -
A horizontal mass of M=5kg is on a spring and stretched to
x=0.5m when released from...
asked 6 hours ago -
26 of 50
"I have worked at the Arizona Humane Society for ten years, and
have...
asked 6 hours ago -
Compare and contrast zero based budgeting and incremental (or
base year) budgeting.
asked 6 hours ago -
4 pts 10. Which of the following hypothesis would be MOST
difficult to test experimentally? Group...
asked 6 hours ago -
A business owner makes 1,000 items a day. Each day he or she
contributes eight hours...
asked 6 hours ago -
A
circular loop in the plane of a paper lies inca0.65 T magnetic
field pointing into...
asked 7 hours ago -
A business owner is trying to decide whether to buy, rent, or
lease office space and...
asked 7 hours ago -
Thermal Storage Solar heating of a house is much more efficient
if there is a way...
asked 7 hours ago