Rewrite the following as a system of two first-order ODES, expressing your answer in vector-matrix form. (a) Oä + på + px = BrocolliFunction(t), x(to) = x0, i(to) = 58 (b) ë + mx(1 – x²)+ vg(x) =...

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Rewrite the following as a system of two first-order ODES, expressing your answer in vector-matrix<br>form.<br>(a) Oä + på + px = BrocolliFunction(t), x(to)<br>= x0, i(to) = 58<br>(b) ë + mx(1 – x²)+ vg(x) = Asparagus(t), x(1) = -5, i(1) = 10<br>

Extracted text: Rewrite the following as a system of two first-order ODES, expressing your answer in vector-matrix form. (a) Oä + på + px = BrocolliFunction(t), x(to) = x0, i(to) = 58 (b) ë + mx(1 – x²)+ vg(x) = Asparagus(t), x(1) = -5, i(1) = 10

Jun 05, 2022

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Rewrite the following as a system of two first-order ODES, expressing your answer in vector-matrix form. (a) Oä + på + px = BrocolliFunction(t), x(to) = x0, i(to) = 58 (b) ë + mx(1 – x²)+ vg(x) =...

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