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Chrome File Edit View History Bookmarks People Window Help Mail sp 1530@ mx G lames watson-G XPO John B Watson's x . EasyBib: Free Bib/X M Your question wax Secure Https://se × Assignments × Sarthak MasteringAandP: Critical Thinking Case Study All Chapters Secure https://session.masteringaandp.com/myct/itemview?assignmentProblemlDz95900066 Case Study All Solve It: Why Does Mio Keep Falling Down? Part One Mastering « previous | 1 of 3 | next 3 My Courses Part E Course Home Day 2: Despite taking metoprolol, Mio still experiences hypertension as observed with initial blood pressure measurements that were taken upon her admission to the hospital (see test results from Table 2 below). A typical symptom of hypertension is edema in the legs, which Mio is also experiencing: this symptom supports the hypothesis that Mio has hypertension. However, Mio's hypertension does not explain her change in dizziness upon standing Syllabus ate Work Dr Dorff explains to Mio that they need to systematically test for the potential causes of dizziness in order to eliminate them. Dr. Dorff would like to see if blood volume depletion or decreased blood perfusion to the brain is one of the causes of Mio's symptoms. As a result, Dr. Dorff orders the administration of 1500 mL normal saline intravenously. (Remember, the average person possesses approximately 5 5.5 L of blood.) Assignments eText Study Area Scores Table 2: Test Results revisited Patient 60 36.7 145 63 18 Normal Range 60-80 36.5-37.2 C 100 130 mmHg 60-90 mmHg 16- 20 breaths/min Lab comments Normal Normal ete Heart rate Temperature (C) Systolic pressure (mmHg) Diastolic pressure (mmHg) Respiratory Rate Normal Falli... Normal Falli. Predict, under normal circumstances, how the administration of 1500 mL of fluid should influence a person's blood pressure and heart rate? Hints nment O The additional fluid decreases blood volume, which increases blood pressure. To compensate, the heart rate increases via the baroreceptor reflex O The additional fluid decreases blood volume, which decreases blood pressure. To compensate, the heart rate decreases via the baroreceptor refiex. Te additional fluid increases blood wolume, which decreases blood pressure. To compensate, the heart rate increases via the baroreceptor reflex. The additional fluid increases blood volume, which increases blood pressure. To compensate, the heart rate decreases via the baroreceptor reflex. Submit My Answers Give Up

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Under normal circumstances the additional fluid increases blood volume, which increases blood pressure, to compensate the heart rate decreases via a baroreceptor reflex.

Infusion of saline will lead o increase in the blood volume and therefore increase in venous pressure, arterial pressure, right ventricular pressure or the diastolic pressure.

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