Oxygen saturation

I1. You walk into Anna’s room and on initial assessment you found Anna is restless. The patient care tech just finished doing the vital signs on Anna and handed over it to you; BP: 170/84 mm Hg Pulse: 122 beats/minute Respirations: 40/minute Pulse Oximetry: 96% on the BiPAP Oral Temperature: 98.6F (Her last ABG done 30 minutes before shows pH of 7.38, Pco2 of 40, Po2 of 110, and HCo3 of 24) Anna is found restless, pulling on to the mask trying to remove it and the patient care tech is…

creating a high level of alga in water system. This is much practical by comparing the water system in the summer and other season. The former being much covered with algae, and the latter lesser. Temperature can also determine the percentage, or saturation level,…

Fig 4.12 shows the comparison of product density of hydrotreated GO obtained using CAT-E and CAT-C. The density of hydrotreated GO from CAT-C at 370◦C was 0.8148g/ml whereas at the same temperature the density of hydrotreated GO obtained from CAT-E was 0.8302 g/ml despite sulphur and nitrogen in the GO has been reduced to less than 50 ppm and 1 ppm respectively. The reason for higher density would be due to higher aromatic content in the hydrotreated product obtained from CAT-E. This indicates…

Fluid Management in CRRT The volume of hourly ultrafiltrate removed depends on an hourly fluid balance calculation and assessment of patient’s hemodynamic and fluid status. Hourly fluid goal calculation is the non-CRRT intake, plus fluid loss ordered by the physician, minus non-CRRT output. The system infuses and removes fluid after the fluid balance is calculated, and the desired volumes are input into the system. The system monitors the volume of replacement fluid, dialysate, and the volume of…

water quality parameters including dissolved oxygen, water temperature and turbidity, in order to determine the overall state of health within Freshwater creek. Once the results from each parameter were collected, from both locations, it was that found they each had multiple interrelationships between each other as well as several anomalies which could have potentially skewed the final results. It was initially decided at the beginning of the dissolved oxygen experimentation that a reading would…

intermolecular forces occur between molecules (physical interactions). Hydrogen can act as a metal or a non-metal and oxygens bond with hydrogen makes water special. Oxygen is a strongly electronegative substance while hydrogen is highly positive but when in the form of water the two hydrogen particles remain on one side leaving two pairs of unshared electrons, this results in oxygen have a slight negative charge and hydrogen a slight positive charge (refer to diagram 1). This creates a…

active metal is anodic to a more metallic element. Metal at an elevated temperature becomes anodic to identical metal at a lower temperature. Generally, as temperature will increase, corrosion increases. However, this relies on the availability of oxygen. Since elevated temperature makes a metal more active, it will become anodic for rest of the metal. So an electrochemical corrosion cell might cause fast corrosion on metals that are at elevated temperatures. 2) pH of the Electrolyte The ph of…

properties (i.e diamagnetic behavior) and La0.1Sr0.1HA nanoparticles exhibited weak ferromagnetic ordering of hysteresis loop Fig. 7(b). The magnetization values are mainly depending on the charge state of the doped element [41]. From this study, saturation magnetization [Ms] and Retentivity [Mr] values of La0.1Sr0.1HA nanoparticles bring to 0.975 x10-3 emu/g and 0.1805 x10-4 emu/g…

It also occurs when not enough oxygen can get from your lungs to your blood, mean it cannot be transported. Oxygen is not only needed for energy but also for other organs like the heart and brain so they can work to their best ability. However, this is not an actual disease and something which can occur when the respiratory…

(Brownian motion). By increasing the concentration of the substrate particles the rate of reaction is increased as the substrate is much more likely to find an active site. This results in more reactions occurring which then produces more product (oxygen) which causes the filter paper disks to rise to the surface of the solution at an accelerated rate. This increase in the reaction speed can be viewed by calculating the percentage…