My orders
How it works
Examples
Reviews
Blog
Homework Answers
Submit
Sign in
How it works
Examples
Reviews
Homework answers
Blog
Contact us
Submit
Fill in the order form to get the price
Subject
Select Subject
Programming & Computer Science
Math
Engineering
Economics
Physics
Other
Category
C++
Software Engineering
Java | JSP | JSF
Databases | SQL | Oracle | MS Access
C
Python
Excel
C#
Visual Basic
Computer Networks
Functional Programming
Android
Assembler
UNIX/Linux Programming
ASP | ASP.NET
MatLAB
Wolfram Mathematica
MathCAD
Maple
Perl
Action Script | Flash | Flex | ColdFusion
Ruby | Ruby on Rails
Prolog
Objective-C | Swift
Algorithms
Web Development
HTML/JavaScript Web Application
NodeJS Web Application
Other
Deadline
Timezone:
Title
*
Task
*
{"ops":[{"insert":"Consider the following data: x sin x d dx sin x = cos x 0.30 0.29552 0.95534 0.32 0.31457 0.94924 0.35 0.34290 0.93937 0.50 0.47943 0.87758 \n(1.1) Construct a Lagrange interpolating polynomial that interpolates the function at all the points. Use the Lagrange polynomial to approximate sin 0.33. \n\n(1.2) Use all the points to construct a Newton\u2019s divided difference interpolating polynomial and use it to approximate sin 0.33. \n\n(1.3) Use the "},{"attributes":{"bold":true},"insert":"first three data points "},{"insert":"and five-decimal digit arithmetic with rounding to construct a cubic spline S with boundary conditions S 0 (x0) = f 0 (x0) and S 0 (xn) = f 0 (xn) which forces the slopes of the spline to assume certain values at the two boundaries. Use the spline to approximate sin 0.33. \n"}]}
I need basic explanations
Special Requirements
Upload files (if required)
Drop files here to upload
Add files...
Account info
Already have an account?
Create an account
Name
*
E-mail
*
Password
*
The password must be at least 6 characters.
I agree with
terms & conditions
Create account & Place an order
Please fix the following input errors:
dummy
