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# Modes of Ventilation and Corresponding Scalars (3 of 3) * **Pressure Control Ventilation (PCV)** **What do you set?** * Respiratory Rate = Frequency * Inspiratory Time * Peak Pressure The image displays graphs illustrating Pressure Control Ventilation (PCV). Three graphs are shown, each with...

# Modes of Ventilation and Corresponding Scalars (3 of 3) * **Pressure Control Ventilation (PCV)** **What do you set?** * Respiratory Rate = Frequency * Inspiratory Time * Peak Pressure The image displays graphs illustrating Pressure Control Ventilation (PCV). Three graphs are shown, each with different variables on the axes. **Graph 1 (Pressure):** * **X-axis:** Time (seconds) * **Y-axis:** Pressure (cm H₂O) * The graph shows a pressure increase during inspiration, followed by a gradual decrease during expiration. **Graph 2 (Flow):** * **X-axis:** Time (seconds) * **Y-axis:** Flow (L/min) * This graph depicts a sharp increase in inspiratory flow, followed by a smooth decrease in expiratory flow. **Graph 3 (Volume):** * **X-axis:** Time (seconds) * **Y-axis:** Volume (Liters) * The graph shows the volume of air delivered in relation to timing. A distinct volume of air is delivered within a specific time frame during inspiration, and the graph then shows the slow decline in volume as air is exhaled. **Note:** The abbreviation "ipm" is likely a typo and should be "fpm" or "minutes".