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I For fixed t and xj , F(x,t) = (F1(xj ,t), , Fn(xj ,t)) R n is a vector, I For fixed t, F(,t) =
I For fixed t and xj , F(x,t) = (F1(xj ,t), , Fn(xj ,t)) R n is a vector, I For fixed t, F(,t) = (F1(,t), , Fn( ,t)) : R n R n is a vector field. I Solving an autonomous system: find an (integral) curve x(t) = (x1(t), , xn(t)) everywhere tangent to the vector field F
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Advanced Engineering Mathematics
Authors: ERWIN KREYSZIG
9th Edition
0471488852, 978-0471488859
