Mathematics for Health Professionals |
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abscissa action potential aebx algebraic analysis axis axon Ay/Ax bacteria base base ten basic beats/min blood body C₁ calculate cardiac output cell Chapter concentration constant Cout curve data points decrease dependent derivative described differential calculus differential form drug dy/dx equal equation error example exponent exponential function functional relation functional relationship glucose grams identify illustrated increases independent variable integral calculus intercept intuitive involved linear function linear-linear scales liter log H+ loga logarithmic form logarithmic function mantissa mathematical function measured membrane potential ml/beat ml/min mmHg mmoles/liter mole mole/liter molecules natural logarithms negative Note numerical value obtain ordinate plasma plot positive power function Practical Applications presented pressure problem quantities rate of change ratio rules scientific notation slope specific straight line stroke volume Table temperature units V₁ versus volume write x-rays Y₁ zero