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mmHg, the known Vtis 500 mL,the known frequency Calculate the desired Vt when the known PaCO2...
4. Calcualte the desired frequency when the known PacO2 is 65 mmHg, the known Vt is...
4. Calcualte the desired frequency when the known PacO2 is 65 mmHg, the known Vt is 600 mL, the known frequency is 12, and the desired PaCO2 is 50 mmHg.
8. Calculate the Vd/Vt ratio based on the following information: Vt-800 mL, Paco2-45 mmHg, PECO2 36...
8. Calculate the Vd/Vt ratio based on the following information: Vt-800 mL, Paco2-45 mmHg, PECO2 36 mmHg.
A patient with a PaCO2 of 25 mmHg and a pH of 7.55 is sedated and...
A patient with a PaCO2 of 25 mmHg and a pH of 7.55 is sedated and ventilated in a volume controlled mode. Ideal body weight is 60 kg. The frequencey is set at 18 and the delivered Vt is set at 8mL/kg. What frequency would result in a PaCO2 of 40 mmHg? 5.
Part 2 Directions: Answer the following questions below your scenario. Clearly identify to which question you...
Part 2 Directions: Answer the following questions below your scenario. Clearly identify to which question you are referring 12 points each). 1. Non-Invasive Scenarios: Use the following patient information to make recommendations for changing NIV settings. a. Initial settings: IPAP 14, EPAP 6, FIO2 0.70. Blood gas: pH 7.32, PaCo2 54 mmHg. PaO2 45mmHg, HCO3 29 mg/l b. Initial settings IPAP 15, EPAP 5, FIO2 0.30. Blood gas: pH 7.29, PaCO2 78 mmHg, PaO2 82 mmHg. HCO3 30 mg/L. C....
1.) Charles Law states: volume and temperature are directly proportional when pressure remains constant 2.) Boyle's...
1.) Charles Law states: volume and temperature are directly proportional when pressure remains constant 2.) Boyle's Law states:_pressure and volume are inversely related when temperature remains constant 3.) What is the relative humidity of inspired gas in a person's airway if the water vapor content breathed in is 30 mg/L at normal body temperature? 30/44x100=68% 4.) Calculate the FEV1%. FVC is 6L and FEV1 is 4L 4/6=0.67 or 67% 5.) True or False: Vital Capacity is Total Lung Capacity -...
The medication order reads 500 mL of D5W (also known as 5% dextrose in water) containing...
The medication order reads 500 mL of D5W (also known as 5% dextrose in water) containing 30000 heparin units is to be infused at a rate of 14 mL per hour. How many heparin units per hour is the patient receiving? Type hep units/hr in the units box.
Free Response Calculate the moles of carbon dioxide produced at 25°C and 720 mmHg when 0.59...
Free Response Calculate the moles of carbon dioxide produced at 25°C and 720 mmHg when 0.59 g of calcium carbonate reacts with 10.0 mL. of 5M hydrochloric acid.
1. The order is: 500 ml 5% DW IV over 4 hours. Calculate the flow rate...
1. The order is: 500 ml 5% DW IV over 4 hours. Calculate the flow rate when the drop factor is 10 gtts/ml. 2. The order is 500 ml D5/0.45 NS to infuse in 5 hours. One hour later 300 ml remains. Recalculate the flow rate so that the IV finishes in the correct time. The drop factor is 12 gtts/ml. 3. An IV is dripping 23 gtts/min. The drop factor is 10 gtts/ml. How many ml/hr is the patient...
4- Calculate the pH when you add 40 ml 0,1 N CH3COOH onto 20 ml 0,1...
4- Calculate the pH when you add 40 ml 0,1 N CH3COOH onto 20 ml 0,1 N NH3? (Ka:1.75 x 10-5, Kb: 1.8 x 10-5, Khe 10- 14) a) 3.48 b) 5,48 C) 1,48 d) 6.48 4,58
check answers Chem 110 - Chapter 6 Assignment 1. Calculate the pressure of 1050 mmHg of...
check answers
Chem 110 - Chapter 6 Assignment 1. Calculate the pressure of 1050 mmHg of argon in alm. lor o 10somntig 760mmtig = 798,000 attm 2. A 10.0L balloon contains helium gas at a pressure of 655 mmHg. Calculate the new pressure of helium, in mmHg and atm, when the balloon volume increases to 200 L assuming there is no changes in temperature V. - 10.0L V - 20.0L increases P. 655 mmHg P2? mootty Piv=PzV2 Pixe = P₂...
4. Calcualte the desired frequency when the known PacO2 is 65 mmHg, the known Vt is 600 mL, the known frequency is 12, and the desired PaCO2 is 50 mmHg.
8. Calculate the Vd/Vt ratio based on the following information: Vt-800 mL, Paco2-45 mmHg, PECO2 36 mmHg.
A patient with a PaCO2 of 25 mmHg and a pH of 7.55 is sedated and ventilated in a volume controlled mode. Ideal body weight is 60 kg. The frequencey is set at 18 and the delivered Vt is set at 8mL/kg. What frequency would result in a PaCO2 of 40 mmHg? 5.
Part 2 Directions: Answer the following questions below your scenario. Clearly identify to which question you are referring 12 points each). 1. Non-Invasive Scenarios: Use the following patient information to make recommendations for changing NIV settings. a. Initial settings: IPAP 14, EPAP 6, FIO2 0.70. Blood gas: pH 7.32, PaCo2 54 mmHg. PaO2 45mmHg, HCO3 29 mg/l b. Initial settings IPAP 15, EPAP 5, FIO2 0.30. Blood gas: pH 7.29, PaCO2 78 mmHg, PaO2 82 mmHg. HCO3 30 mg/L. C....
1.) Charles Law states: volume and temperature are directly proportional when pressure remains constant 2.) Boyle's Law states:_pressure and volume are inversely related when temperature remains constant 3.) What is the relative humidity of inspired gas in a person's airway if the water vapor content breathed in is 30 mg/L at normal body temperature? 30/44x100=68% 4.) Calculate the FEV1%. FVC is 6L and FEV1 is 4L 4/6=0.67 or 67% 5.) True or False: Vital Capacity is Total Lung Capacity -...
The medication order reads 500 mL of D5W (also known as 5% dextrose in water) containing 30000 heparin units is to be infused at a rate of 14 mL per hour. How many heparin units per hour is the patient receiving? Type hep units/hr in the units box.
Free Response Calculate the moles of carbon dioxide produced at 25°C and 720 mmHg when 0.59 g of calcium carbonate reacts with 10.0 mL. of 5M hydrochloric acid.
1. The order is: 500 ml 5% DW IV over 4 hours. Calculate the flow rate when the drop factor is 10 gtts/ml. 2. The order is 500 ml D5/0.45 NS to infuse in 5 hours. One hour later 300 ml remains. Recalculate the flow rate so that the IV finishes in the correct time. The drop factor is 12 gtts/ml. 3. An IV is dripping 23 gtts/min. The drop factor is 10 gtts/ml. How many ml/hr is the patient...
4- Calculate the pH when you add 40 ml 0,1 N CH3COOH onto 20 ml 0,1 N NH3? (Ka:1.75 x 10-5, Kb: 1.8 x 10-5, Khe 10- 14) a) 3.48 b) 5,48 C) 1,48 d) 6.48 4,58
check answers
Chem 110 - Chapter 6 Assignment 1. Calculate the pressure of 1050 mmHg of argon in alm. lor o 10somntig 760mmtig = 798,000 attm 2. A 10.0L balloon contains helium gas at a pressure of 655 mmHg. Calculate the new pressure of helium, in mmHg and atm, when the balloon volume increases to 200 L assuming there is no changes in temperature V. - 10.0L V - 20.0L increases P. 655 mmHg P2? mootty Piv=PzV2 Pixe = P₂...
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