What people are saying - Write a review
We haven't found any reviews in the usual places.
Ordinary Differential Equations
Partial Differential Equations
1 other sections not shown
applied arbitrary assume boundary conditions boundary value problem called Cauchy problem chapter circuit closed rectangle coefficients conservative Consider constant coordinates cross-section deduce defined denote Determine Dirichlet problem displacement double pendulum eigenvalues end x=O energy function energy identity energy method equations of motion equations of problem f and g Find the solution ﬁt follows formulate heat conduction heat equation hence homogeneous equation homogeneous system implies inequality initial conditions initial value problem interval Laplace's equation leakage problem line segment linear combination linearly independent mathematical maximum value principle nontrivial solution numbers obtained in problem ordinary differential equations physical problem of section problun proposition Prove RLC circuit satisfy the initial section 1.2 separation of variables Show solu Solve the boundary string Suppose system of figure system of problem systun temperature term theorem tion unique valid velocity vertical wave equation xO,tO yields zero