Diff eq - Study guides, Class notes & Summaries

1 lbs = - 0.454 kg 1 MET = - 3.5 ml/kg/min Age predicted max HR = - 220-age BMI eq. - kg/height (m) FEV1.0 % = - FEV1.0/FVC x 100 Fick eq. - VO2= Q x a-vo2 diff MAP = - DBP + (SBP-DBP)/3 Q = - HR x SV RER = - VCO2/VO2 RMR = - VO2 x Caloric equivalent of O2 TPR = - MAP/Q

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These notes contain several sample problems relating to spring functions as discussed in the Differential Equations class taught by Peter Brady at Stevens Institute of Technology.

These notes cover Linear Homogeneous Differential Equations and Constant Coefficients with worked out examples and explanations for the Differential Equations class taught by Professor Peter Brady at Stevens Institute of Technology.

These notes cover the concept of Fourier Series (what it is and how to solve them). Several worked out examples are also provided along with an explanation of the concept. This material is from the class taught by Peter Brady at Stevens Institute of Technology.

These notes cover undetermined coefficients and go through several practice problems to see how to put the concept in use as taught by Peter Brady at Stevens Institute of Technology for the Differential Equations course.

These notes contain two examples problems demonstrating how to solve differential equations using the LaPlace transformation method. This material is from the Differential Equations class taught by Peter Brady at Stevens Institute of Technology.

These notes explain how to find the number of grams pumped into a tank over a certain course of time as taught by Peter Brady in the Differential Equations class at Stevens Institute of Technology.