Home
About
Advanced Search
Browse by Discipline
Scientific Societies
E-print Alerts
Add E-prints
FAQ
•
HELP
•
SITE MAP
•
CONTACT US
Search
Advanced Search
Weston, Robert - Department of Mathematics, Heriot-Watt University
F1.3YT2/YF3 10 2 Systems of 1st order and higher order ODEs
Exact and Scaling Form of the Bipartite Fidelity of the Infinite XXZ Chain
Problem Sheet 13 Module F13YT2/YF3 2006
An Algebraic Setting for Defects in the XXZ and Sine-Gordon Models
F1.3YT2 Assessment -March 13th 2008. Attempt all 4 questions
F1.3YT2/YF3 87 8 Nonlinear Systems
F1.3YT2/YF3 104 A Revision of Vector Spaces
Solutions 3 Module F13YT2
Solutions 5 Module F13YT2
Question 1 (22 Marks) Find the general solutions of the following differential equations
1. Find the general solution of each of the following differential equations . [14 marks]
Solutions 8 Module F13YT2
Correlation Functions and the Boundary qKZ Equation in a Fractured XXZ Chain
F1.3YT2/YF3 i F1.3YT2/YF3 Ordinary Differential Equations 1& 2
Solutions 2 Module F13YT2
Prob Sheet 3: Linear systems of ODES 1 Module F13YT2
Problem Sheet 12 Module F13YT2/YF3 2006
Problem Sheet 7 Module F13YT2
F1.3YT2/YF3 57 6 Sturm Liouville Problems
F13YT2/YU3 1 Sample Exam -3 hours -Attempt all Questions
1. Find the general solution of the following differential equations 2. Find all constant solutions of the equation
Solutions 9 Module F13YT2/YF3 2006
11.3YF/3YL2 1 (a) Find the Fourier sine series for the function f(x) = x2
1. Find the general solution of the differential equation Draw the direction field for the equation and sketch the graphs of some
Tracking the effects of interactions in gapless Heisenberg chains Jean-Sebastien Caux1
F1.3YT2/YF3 37 4 Laplace transforms
Prob Sheet 1: First Order Ordinary Differential Equations Module F13YT2
F1.3YT2/YF3 50 5 Boundary Value Problems
1. (a) Find the general solution of the linear differential equation (b) For the equation () determine the points in the xy-plane where
Solutions 7 Module F13YT2
Question 1 (14 Marks) Find the general solutions of the following first order differential equations.
1. Find the solution of the following differential equation satisfying the initial condition x(0) = 3.
Formulae sheets are at the end of the examination paper 1. a) Find the general solution of the following differential equations
Question 1 (14 Marks) Find the general solutions of the following differential equations for x > 0
Solutions 1: First Order Ordinary Differential Equations Module F13YT2
Quantum integrability in the lab This article has been downloaded from IOPscience. Please scroll down to see the full text article.
Ordinary Differential Equations 1 & 2 (Modules F1.3YT2 and F1.3YU3)
F1.3YT2/YF3 67 7 Phase Planes
F1.3YT2/YF3 106 B Revision of Matrices
Formulae sheets are at the end of the examination paper 1. a) Find the general solution of the following differential equations
Solutions to Mathematical Techniques Exam -June 2000 -x2 dx = [ 1
F1.3YT2 Assessment -Feb 7th 2008. Attempt all 4 questions
1. Find the solution of the following differential equation satisfying the initial condition x(0) = 0.
F1.3YT2/YF3 29 3 Solvable 2nd order ODEs
Solutions 4 Module F13YT2
Exact Form-Factor Results for the Longitudinal Structure Factor of the Massless XXZ Model in Zero Field
1. Find the Fourier cosine series for the function f(x) = 1 -x valid for Sketch the graph of the function to which the series converges over the range
11.3YF2/3YL3 1 (a) Find the Fourier cosine series for the function f(x) = x2
Solutions to Mathematical Techniques Exam -June 2001 0 (1 -x) dx = x -1
Solutions 6 Module F13YT2
11.3YF/3YL2 1 (a) Find the Fourier sine series for the function f(x) = 1, 0 < x < .
1. Find the full-range Fourier series for the function f(x) = x2 Hence find the sum to infinity of the series 1 -