Order: Heparin IV to infuse at 2,000 units/hr. Recommended adult range is 20,000 units to 40,000 units every 24 hours [BLANK-1] According to the order, how many units will the client receive in 24 hours?  [BLANK-2] Is this dosage safe? 

A. How does auxin create apical dominance in a young shoot? (2 pts)B.  What other hormone is auxin suppressing? What does that hormone promote? (3 pts)C. When do the axillary buds below the apical meristem start to grow? (2 pts)

An IV of 700 mL is ordered to infuse in 5 hours at a rate of 25 gtt/min. Drop factor: 20 gtt/mL. After 3.5 hours, you notice that 375 mL has infused. Round both final answers to the nearest whole number. What will be the new recalculated rate using the same tubing in mL/hr? [BLANK-1] What will be the new recalculated rate using the same tubing in gtt/min? [BLANK-2]

Explain the difference between hazard and risk, and provide an example of each concept.

Convert the following. 55.8 in = ___________cm Round final answer to the nearest tenth. [BLANK-1]

Correctly re-state the following medication order using the ISMP list of Error-Prone Abbreviations, Symbols, and Dose Designations. Do not use abbreviations in your final answer. Order: Timoptic 0.5% 1 gtt OS bid [BLANK-1]

Pick the single best fit for each process.  This is a question for which you can figure out the answers if you know the oxidation values of oxygen and hydrogen and understand what happens in oxidation and reduction.formatting options are limited for this questions type, so N2 = N2, NO3- = NO3-, NO2- = NO2-, NH4+ = NH4+

Order: 125 mL Lactated Ringers to run at 20 mL/hour. The drop factor is 60 gtt/mL. The infusion started at 1100 hours.  [BLANK-1] How long will the IV last? (Express in hours and minutes) [BLANK-2] At what time will the infusion be completed? (Express final answer in military time) [BLANK-3] What will the flow rate be in gtt/min? Round final answer to the nearest whole number.

Determine the BSA for the following client. A child whose weight is 91 lb and height is 40 inches. Express final answer to the nearest hundredth. Indicate unit of measure as m2. [BLANK-1]

Determine the infusion time for the following IV.  Order: 1,000 mL D5W infusing at 90 mL/hour (Round time to the nearest hundredth.) [BLANK-1] How long will it take the infusion to be completed? Express final answer in hours and minutes. [BLANK-2] The IV was started at 0200. At what time will the infusion be complete? Express final answer in military time.