patients result normal range pH 7.31 7.35-7.45 pCO2 (mmHg) 18.1 38-52 pCO2 (mM) 9.5 20-27 pO2 (mmHg) 121 70-100 HCO3- (mM) 8.9 19-25 hemoglobin (g/dL) 12.8 12-15 hematocrit % 37.5 36-44 glucose (mg/dL) 112 90-140 creatine kinase cardiac isozyme 1 0-3.9% creatine kinase MM isozyme 99 96-100% creatinine 0.9 0.5-1.4 using the table above, explain whether or not there has been a disruption to the blood acid-base balance and how you know. and describe if there is a relationship among the anomalies in the patient's bloodwork results

What’s the input and output

Order: morphine 7.5 mg IVP STAT now Using the following drug label, how many milliliters of morphine will you give? __ mL Round to the nearest tenth.

Time (min) 0 15 30 45 60 75 Solution A Weight (8) 4.205 4.032 3.787 3.648 3.550 3.500 Change (%) Solution B Weight (8) 3.611 -4.11% 3.606 -6.07% 3.622 -3.67% 3.662 -2.69% 3.706 1.41% 3.732 Change (%) Solution с Weight (8) 4.257 -0.138% 4.213 0.444% 4.219 4.209 Change (%) 4.210 -1.03% Solution D Weight (8) 4.728 4.513 0.142% 4.350 1.10% 0.237% 4.254 1.20% 0.024% 4.068 0.675% 4.209 -0.024% 4.140 Change (%) -4.55% -3.61% -2.21% -4.37% 1.77% Graph your results below, plotting percent weight change versus time for all 4 unknown solutions on one set of axes, labeled clearly with units. Include a title for your graph.