Matchmaticians
Home How it works Log in Sign up
Matchmaticians
  • Home
  • Search
  • How it works
  • Ask Question
  • Tags
  • Support
  • Affiliate Program
  • Log in
  • Sign up

Show that $\int_\Omega \Delta f g = \int_\Omega f \Delta g$ for appropriate boundary conditions on $f$ or $g$

You can read full details in the attached file

Partial Differential Equations Multivariable Calculus
Vicky562 Vicky562
19
Matchmaticians Show that $\int_\Omega \Delta f g = \int_\Omega f \Delta g$ for appropriate boundary conditions on $f$ or $g$ File #1 File #1 (jpg)
Report
  • Share on:

Answer

Answers can only be viewed under the following conditions:
  1. The questioner was satisfied with and accepted the answer, or
  2. The answer was evaluated as being 100% correct by the judge.
View the answer

solution is attached

1 Attachment

Erdos Erdos
4.8K
The answer is accepted.
Join Matchmaticians Affiliate Marketing Program to earn up to a 50% commission on every question that your affiliated users ask or answer.
  • answered
  • 1114 views
  • $3.00

Related Questions

  • Prove that $\int_0^1 \left| \frac{f''(x)}{f(x)} \right| dx \geq 4$, under the given conditions on $f(x)$
  • Fixed points of analytic complex functions on unit disk $\mathbb{D}$
  • Compute $\oint_C y^2dx+3xydy $ where where $C$ is the counter clickwise oriented boundary of upper-half unit disk
  • Evaluate the line intergral $\int_C (2x^3-y^3)dx+(x^3+y^3)dy$, and verify the Green's theorem 
  • Suppose $u \in C^2(\R^n)$  is a harmonic function.  Prove that $v=|\nabla u|^2$ is subharmonic, i.e. $-\Delta v \leq 0$
  • Explain in detail how you use triple integrals to find the volume of the solid.
  • Stoke's Theorem
  • Optimization Quick Problem
Home
Support
Ask
Log in
  • About
  • About Us
  • How it works
  • Review Process
  • matchmaticians
  • Privacy Policy
  • Terms of Use
  • Affiliate Program
  • Questions
  • Newest
  • Featured
  • Unanswered
  • Contact
  • Help & Support Request
  • Give Us Feedback

Get the Matchmaticians app

A button that says 'Download on the App Store', and if clicked it will lead you to the iOS App store Get Matchmaticians on Google Play
Copyright © 2019 - 2025 Matchmaticians LLC - All Rights Reserved

Search

Search Enter a search term to find results in questions