Verify that the Function (12.23) satisfies the differential Equation (12.22). Equation 12.22 a. Solve Equation (12.29) for

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Verify that the Function (12.23) satisfies the differential Equation (12.22).

Equation 12.22

dy d1 - aby = 0

a. Solve Equation (12.29) for y and substitute the results into the differential equation dx/dt = –gxy from Model (12.27).

Equation 12.29

gy-hx = K b. Separate the variables in the differential equation resulting from part (a) and integrate using partial fractions to obtain the force level given by Equation (12.31).

Equation 12.31

x (t) = [xo [hxo Xo hxo-gyo hxo-gyoe-(hxo-g3g)r Xo 1+hxot for hxo # gyo for hxo = gyo

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A First Course In Mathematical Modeling

ISBN: 9781285050904

5th Edition

Authors: Frank R. Giordano, William P. Fox, Steven B. Horton

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