16: Let f(t,x) be piecewise continuous in rand Lipschitz in x on [t,,t,]x W with a Lipschitz constant L, where WcR"is . Let y(t) and z(t) be solutions of ý = f(t, y), y(t,)= Yo, 2= f(, 2) + g(t,z), z(t,) = Z,, such that y(t), z(t) eW,Vte[t,,t,]. Suppose that g(t, x)|| < µ, V(t,x)E[t,.t,]× W, for some u>0. |yM)– z(1)|| <|y,- z.|exp[L(t,-t,)]+texp[L(t,-t,)-1}, Vtet,t,). (a) an open connected set. (b) an open set. (c) convex set.
16: Let f(t,x) be piecewise continuous in rand Lipschitz in x on [t,,t,]x W with a Lipschitz constant L, where WcR"is . Let y(t) and z(t) be solutions of ý = f(t, y), y(t,)= Yo, 2= f(, 2) + g(t,z), z(t,) = Z,, such that y(t), z(t) eW,Vte[t,,t,]. Suppose that g(t, x)|| < µ, V(t,x)E[t,.t,]× W, for some u>0. |yM)– z(1)|| <|y,- z.|exp[L(t,-t,)]+texp[L(t,-t,)-1}, Vtet,t,). (a) an open connected set. (b) an open set. (c) convex set.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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