4) A 45-year old woman weighing 68 kg is admitted to hospital after a drug overdose. A toxic plasma concentration of 264 mg/mL is recorded on admission. After 35 hours, a plasma concentration of 8.25mg/ml is recorded. Given this information, calculate the half life for this drug. (Assume the distribution is complete and that the elimination is described by a first- order process.) unit- hours

Order: morphine 5 mg IVP STAT now Using the following drug label, how many milliliters of morphine will you give? __ mL Round to the nearest tenth.

a 50-year-old woman with a body mass index in the obese range had a weakness in their muscles. she had a history of increased blood pressure but controlled it with medication. the GP has diagnosed her with extreme hypertension and therefore has given her an increased dosage of blood pressure medication but did not have an effect on her hypertension. the biochemical profile shows: - urea of 8.9 (reference range: 2.5-7.0) - sodium of 162 (reference range: 134-147) - potassium of 2.2 (reference range: 3.5-5.0) -aldosterone of 863 (reference range: 90-700) - renin activity of 4.3 (reference range: 0.5-3.5) - aldosterone/RA ratio of 201 (reference range: <680) -cortisol of 511 (reference range: 138-690) -pH of 7.51 ( reference range : 7.35-7.45)   Questions: a)what is the medical condition the patient has and what are the causes? fully explain the rationale which is based on the patients history and the test results indicated above.    b)which non invasive test will be taken into…

Drug A has the concentrations indicated below in the blood following intravenous administration. From these data calculate the half-life (t1/2) of Drug A is: Drug A Concentrations Time After Intravenous Administration μg/mL of drug A in blood 2 hours 100 6 hours 25 10 hours 6.25 14 hours 1.56