1. One and a half liters of Normal Saline are required to be given over 4 hours. Using a IV tubing set which delivers 10 gtt/mL how many gtt/min will need to be given? 2. The doctor’s order reads: give 150mg of Antibiotic X in 500 mL Normal Saline over 3.5 hours. The drop factor is 10gtt/mL. How many gtt/min are required?

3. A patient is to receive 1 unit, (250mL) of packed red blood cells. It is to be given over a 4-hour period. The tubing drop factor is 20gtt/mL. At what rate (mL/hr) will the pump be set?

4. Order: Give Naprosyn suspension 0.275 g po. Available: Naprosyn 125mg/5 mL. How many mL will be given?

Part a : solve - vp + 40 < 65 for v . part b : solve 7w - 3r = 15 for r show your work!

In trapezoid efgh, m∠gfe=63∘. identify m∠ghe. !

Write the equation of a line that is perpendicular to the given line and that passes through the given point. –3x – 6y = 17; (6, 3) y = x – 9 y = 2x – 9 y = –2x – 9 y = x + 0 3. is the relationship shown by the data linear? if so, model the data with an equation. x y 1 5 5 10 9 15 13 20 the relationship is linear; y – 5 = (x – 1). the relationship is not linear. the relationship is linear; y – 5 = (x – 1). the relationship is linear; y – 1 = (x – 5). write an equation in point-slope form for the line through the given point with the given slope. (–10, –1); m = y + 10 = (x + 1) y – 1 = (x – 10) y – 1 = (x + 10) y + 1 = (x + 10) 5. write an equation for each translation of . 6.5 units up y + 6.5 = | x | y = | 6.5 x | y = | x | + 6.5 y = | x | – 6.5 6. write an equation for each translation of . 5.5 units right y = | x | + 5.5 y = | x – 5.5 | y = | x | – 5.5 y = | x + 5.5 | 7. which equation translates y = | x | by 8 units to the left? y = | x | – 8 y = | x | + 8 y = | x – 8| y = | x + 8|