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

Order: RL 375 mL IV over 3 h. The tubing has a drop factor of 10 gtt/mL a)  Calculate the initial flow rate in gtt/min. Round your answer to the nearest gtt/min. b)  After 1 hour, 175 mL have infused. Determine the adjusted flow rate (in gtt/min) so that the infusion will finish on time. Round to the nearest gtt/min. c)  If flow rate adjustments cannot exceed 25% of the original rate is the adjustment in part b) within the guidelines? Justify your answer

the pressure difference through a patient's blood vessel is 80mmHg. the resistance of the vessel is 266.67mmHg min/L. What is the flow through this vessel?

1) Cardiac output of a man is 6,3 l/min in the state of rest, body surface —1,8 m2. Calculate cardiac index, and estimate its value.

on An infusion pump is set to deliver 55 mL/h. What volume would be delivered in the first 170 mins? Answer: I

Your patient requires 500 mL of N/S over the next 5 hours. You set the IV to run at 100 mL/hr and monitor it hourly. After 1 hour, you notice that there is 380 mL of N/S left to infuse. What is the new flow rate for the remainder of the prescription?Indicate the quantity and unit of measure where specified. Quantity: Unit: