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.. BIO Predict/Calculate The patient in FIGURE 15-41 is to receive an intravenous injection of medication. In order to work properly, the pressure of fluid containing the medication must be 109 kPa at the injection point. (a) If the fluid has a density of 1020 kg/m³, find the height at which the bag of fluid must be suspended above the patient. Assume that the pressure inside the bag is one atmo- sphere. (b) If a less dense fluid is used instead, must the height of suspension be increased or decreased? Explain. h FIGURE 15-41 Problem 26 12

.. BIO Predict/Calculate The patient in FIGURE 15-41 is to receive an intravenous injection of medication. In order to work properly, the pressure of fluid containing the medication must be 109 kPa at the injection point. (a) If the fluid has a density of 1020 kg/m³, find the height at which the bag of fluid must be suspended above the patient. Assume that the pressure inside the bag is one atmo- sphere. (b) If a less dense fluid is used instead, must the height of suspension be increased or decreased? Explain. h FIGURE 15-41 Problem 26 12

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26. BIO Predict/Calculate The patient in FIGURE 15-41 is to receive an intravenous injection of medication. In order to work properly, the pressure of fluid containing the medication must be 109 kPa at the injection point. (a) If the fluid has a density of 1020 kg/m³, find the height at which the bag of fluid must be suspended above the patient. Assume that the pressure inside the bag is one atmo- sphere. (b) If a less dense fluid is used instead, must the height of suspension be increased or decreased? Explain. h FIGURE 15-41 Problem 26 MX2
Transcribed Image Text:26. BIO Predict/Calculate The patient in FIGURE 15-41 is to receive an intravenous injection of medication. In order to work properly, the pressure of fluid containing the medication must be 109 kPa at the injection point. (a) If the fluid has a density of 1020 kg/m³, find the height at which the bag of fluid must be suspended above the patient. Assume that the pressure inside the bag is one atmo- sphere. (b) If a less dense fluid is used instead, must the height of suspension be increased or decreased? Explain. h FIGURE 15-41 Problem 26 MX2
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