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--- resources:checklists:ventilator_rounding [2023/12/22 19:09] – [Foundational Equations] admin
+++ resources:checklists:ventilator_rounding [2023/12/22 19:14] (current) – [Foundational Equations] admin
@@ Line 3: / Line 3: @@
 ==== Foundational Equations ====
-^ Ohm's Law | $\Delta P = FR = P_{aw} - P_{alv} = P_{pl} - PEEP_{total}$ |
+^ Ohm's Law                         | $\Delta P = FR = P_{aw} - P_{alv} = P_{pl} - PEEP_{total}$                                               |
-^ Equation of Motion | $P_{aw} =  FR + \frac{V_{t}}{C} + PEEP_{total}$|
+^ Equation of Motion                | $P_{aw} =  FR + \frac{V_{t}}{C} + PEEP_{total}$                                                          |
-^ Compliance | $C = \frac{\Delta V}{\Delta P}$ |
+^ Compliance                        | $C = \frac{\Delta V}{\Delta P}$                                                                          |
-^ Natural Decay Equation | $V_i(t)= \frac{V_o}{e^{\frac{t}{RC}}} = \frac{V_o}{e^{\frac{t}{\tau}}}$|
+^ Natural Decay Equation            | $V_i(t)= \frac{V_o}{e^{\frac{t}{RC}}} = \frac{V_o}{e^{\frac{t}{\tau}}}$                                  |
-^ Calculating $\Tau$, General Case | $ \tau = \frac{V_t}{F} \Bigg(\frac{PIP - P_{plt}}{P_{plt} - PEEP_{total}}\Bigg) $ |
+^ Calculating $\Tau$, General Case  | $ \tau = \frac{V_t}{F} \Bigg(\frac{PIP - P_{plt}}{P_{plt} - PEEP_{total}}\Bigg) $                        |
-^ Alveolar Gas Equation | $P_AO_2 = F_iO_2(P_{atm}-P_{H_2O}) - \frac{P_aCO_2}{RQ}$|
+^ Alveolar Gas Equation             | $P_AO_2 = F_iO_2(P_{atm}-P_{H_2O}) - \frac{P_aCO_2}{RQ} $, where $RQ = 0.80$ |
-^ Patient ^ Mode ^ TV ^ Rate ^ Ppeak ^ Pplat ^ PEEP_auto ^ PEEP_set ^
   * [[https://xlung.net/en/mv-manual/basic-modes-of-mechanical-ventilation | Vent Waveforms]]

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