filmov
tv
[CA/Week 6] 3. Integrals with power-type integrand and two branch points, Part III.
Показать описание
Week 6 of the course "Complex Analysis" is dedicated to integrals with multivalued functions.
Topics of the course:
1. Algebra of complex numbers. Differentiation and integration in a complex plane.
2. Singularities of functions of complex variables.
3. Contour integration. Residue theory. Jordan's lemma.
4. Multivalued functions and regular branches
5. Analytical continuation and Riemann surfaces.
6. Integrals with multivalued functions.
7. Gamma function and its applications.
Topics of the course:
1. Algebra of complex numbers. Differentiation and integration in a complex plane.
2. Singularities of functions of complex variables.
3. Contour integration. Residue theory. Jordan's lemma.
4. Multivalued functions and regular branches
5. Analytical continuation and Riemann surfaces.
6. Integrals with multivalued functions.
7. Gamma function and its applications.
[CA/Week 6] 3. Integrals with power-type integrand and two branch points, Part III.
[CA/Week 6] 6. The second type of integrals with the log-function, Part I
[CA/Week 6] 8. Integrals with asymmetric integrand and log function, Part I.
[CA/Week 6] 7. The second type of integrals with the log-function, Part II.
[CA/Week 3] 6. Integration with residues. Practice with residues
[CA/Week 6] 9. Integrals with asymmetric integrand and log function, Part II.
[CA/Week 6] 4. Integrals with log-type function, Part I.
[CA/Week 6] 5. Integrals with log-type function, Part II.
DevOps Week 4 | Gitlab + Ansible - Theory & Hands-On
[CA/Week 6] 1. Integrals with power-type integrand and two branch points, Part I.
[CA/Week 6] 2. Integrals with power-type integrand and two branch points, Part II.
[CA/Week 3] 7. First practice with the computation of integrals with the help of residues.
[CA/Week 3] 8. Quick example of residue theorem.
[CA/Week 3] 11. More advanced Fourier-type integrals
[CA/Week 4] 13. Practice with regular branches VII.
[CA/Week 4] 9. Practice with regular branches V.
[CA/Week 3] 12. Principal value integration
[CA/Week 3] 9. Jordan's lemma and Fourier-type integrals
Contour Integral, Generating Function Method, ln(x)^n/(1+x^2+x^4)
[CA/Week 4] 8. Practice with regular branches IV.
#viral #viralshorts
[CA/Week 4] 7. Practice with regular branches III.
Logical Reasoning???#viral #vidumzn
6 9 Integration by Substitution
Комментарии