hen what would be the maintenance dose (D)

Given the following values, calculate the fluid movement between capillaries and tissues: hydrostatic pressure of the capillary = 25 mm Hg hydrostatic pressure of the interstitial fluid = 5 mm Hg colloid osmotic pressure of the capillary = 15 mm Hg colloid osmotic pressure of the interstitial fluid = 5 mm Hg Group of answer choices 30 mm Hg into the capillary 30 mm Hg out of the capillary 10 mm Hg into the capillary 10 mm Hg out of the capillary

6) A patient is prescribed a new drug that needs to be infused intravenously. The drug is available as a 20mg/mL solution and is run at a flow rate of 300mg/hour. Assuming that there are 20 drops in each mL, what is the flow rate in drops per minute of the infusion?unit- drops/min

17) Which of the following statements is correct?() A Blood pressure of 145/105mmHg is hypertension grade 1 B Blood pressure of 150/95mmHg is hypertension grade 1 C Blood pressure of 155/110mmHg is hypertension grade 2 D Blood pressure of 160/110mmHg is hypertension grade 2 E Blood pressure of 170/105mmHg is hypertension grade 3

A) Perform an analysis of the stenosed artery diameter D and lengtn c using the Bernoulli equation to determine an expression for the pressure drop across the segment of artery for a blood flow rate (Q). Create a well labelled diagram indicating the area of analysis and variable names and state all relevant assumptions made in your analysis. You snould assume that the stenosis creates a rapid narrowing of the artery, and that friction is not negligible. B) Explain how your analysis would change following insertion of the stent.

Just number 27 please

a) A microdrop delivery set is infusing N/S at 35 gtt/min. What is the flow rate for this IV? (2 marks) b) How long will it take to infuse 500 mL of D10W if the drop factor is 15 gtt/mL, and the IV is set at 30 gtt/min? (4 marks) c) How much RL will infuse over 5 hr if the IV is set at 22 gtt/min, and the IV tubing drop factor is 10 gtt/mL? (4 marks) d) If an IV is running at 56 mL/hr and the drip rate is set at 28 gtt/min, then what do you expect the drop factor to be? (3 marks)

A client is being treated in the intensive care unit for septic shock related to a bacterial infection. Which of the following findings is consistent with this diagnosis? Question 7 options: a)  A lactate level of 1.0 mmol/L b)  Increased urine output c)  Peripheral edema  d)  A mean arterial pressure of 70 mmHg

In a standard EPS, briefly explain what is the difference between “pacing after sensing” and “fixed pacing”; in the study of inducibility to ventricular tachycardia (VT)?

Systemic blood pressure is defined as the ratio of two pressures—systolic and diastolic—both expressed in millimeters of mercury. Normal blood pressure is about 120mm/80mm which is usually just stated as 120/80. What would normal systemic blood pressure be if, instead of millimeters of mercury, we expressed pressure in each of the following units, but continued to use the same ratio format? Part A) atmosheres = a)120/ 80 b) 2.32/ 1.54 c) 0.158/ 0.105 d) 1.60x10^4/ 1.06x10^4   Part B) torr = a) 120/ 80 b) 2.32/ 1.54 c) 0.158/ 0.105 d) 1.60x10^4/ 1.06x10^4   Part C) Pa = a)120/ 80 b) 2.32/ 1.54 c) 0.158/ 0.105 d) 1.60x10^4/ 1.06x10^4   Part D) N/ m^2 = a)120/ 80 b) 2.32/ 1.54 c) 0.158/ 0.105 d) 1.60x10^4/ 1.06x10^4   Part E) psi = a)120/ 80 b) 2.32/ 1.54 c) 0.158/ 0.105 d) 1.60x10^4/ 1.06x10^4