5’9″ Female intubated patient VC VMV ABG 7.34 VT 400 mL PCo2 51 mmHg RR 14 bpm PaO2 60 mmHg FIO2 30% HcO3- 24 mEq/L PEEP 5 cm H20 BE 1 mEq/L Ti 1.3 sec descending flow Based on the above settings, what VT change would you make to correct the ventilation issue for a desired PCO2 of 40 mmHg? Do not forget units of measure for response REspond in this format XXX ml
Read DetailsIn the text box below replace [Statement1], [Statement2], [Statement3] and [Statement4] in the given MilesToKilometers class with four Java program statements which implement this algorithm: Step 1: Declare a double variable named miles with an initial value of 1250. Step 2: Declare a double constant named KILOMETERS_PER_MILE with initial value 1.609. Step 3: Declare a double variable named kilometers, multiply miles and KILOMETERS_PER_MILE, and assign the result to kilometers. Step 4: Display the value of kilometers to the console. public class MilesToKilometers { public static void main(String[] args) { [Statement1] [Statement2] [Statement3] [Statement4] }} Note: To receive full points on this exercise, I must be able to copy your Java statements from the text box, paste it into a NetBeans Java source code file with the file name MilesToKilometers.java, then compile and run your source code with no errors.
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