A newborn patient was found to have a left sided pneumothorax. The patient is beginning to have cardiopulmonary compromise. What should be done to resolve this?

Signs of a newborn with respiratory distress that indicate a potential need for continuous positive airway pressure (CPAP) include which of the following.I.   Central cyanosis on 60% or more of FIO2II.  X-ray indicating hyaline membrane disease (HMD), or IRDSIII. Audible grunting on expirationIV. Severe inspiratory retractions of 29 week gestation newborn

A baby girl has pulmonary artery stenosis. What pathophysiology may arise from this disorder?

A preterm newborn who weighs 900 grams is being mechanically ventilated on PCV. The following CBG was obtained on the following ventilator parameters. PCV                               pH = 7.34f = 45                             PaCO2 = 44 torrPIP = 26 cm H20            PaO2 = 34 torrFIO2 = 0.70                    HCO3 = 25 mEq/LPEEP = 3 cm H20          SaO2  = 73%Ex. VT = 5 mlTot f = 55The newborn has a HR of 140 bpm with 98% SpO2. What should be done now?

What are some of the predisposing factors that can lead to hyaline membrane disease of the newborn?   I.      Gestational age of 28 weeksII.      Birth weight of 800gIII.      Caesarian section at termIV.      Large for gestational age @ 35 GA

What is true of bronchopulmonary dysplasia (BPD)             I.       Keeping SpO2  

The most common cause of pneumonia for newborns is:

A 32 week gestational newborn is in distress with nasal flaring, expiratory grunting, and retractions. This is indicative of what disorder?

What is common of Transient Tachypnea of the Newborn?I.      Often called IRDS type III.      Usually caused by C-sectionIII.      Hypoinflation on radiologic findingsIV.      Can be resolved with oxygen therapy

Short Answer: CPU Scheduling Implement a function called compute_stats (defined below) that calculates and displays the Average Waiting Time (AWT) and Average Turnaround Time (ATT) for a schedule. Example: input containing (P3, 2), (P0, 3) would display AWT: 1 and ATT: 3.5. The function takes two arguments: an array that stores a schedule (see struct below) and the number of process bursts in that schedule. Already given are two lines that display the computed results. Already included is stdio.h, do not use any other headers. Assume that the contents of the array are already sorted per some scheduling algorithm.   #include   struct burst { int process_id; //shouldn’t be needed int size; };   void compute_stats(struct burst schedule[], int count) {   //TODO: write this code   printf(“AWT: %f ATT: %f\n”, awt, att); } void main() { //example usage. do not hard code for this! struct burst processes[2]; processes[0].process_id = 3; processes[0].size = 2; processes[1].process_id = 0; processes[1].size = 3; compute_stats(processes, 2); }