Sucrose Solution Concentration 1 M Table 1 Group Data 0.5 Sucrose solution concentration (M) 2 1.5 1 Rate of pressure change (kPa/min) 1.78 x 10e-4 Class Average Data Rate of pressure change (kPa/min) 7.483 x 10e-6 4.42 x 10e-4 1.78 x 10e-4 2.41 x10e-5

The practice question i need help with explains that we need to Obtain a 5 cm piece of dialysis tubing. Clamp one end of tubing. Fill the tube with sugar/starch solution, clamp the other end. This is your “cell”.Weigh cell and record weight. Place your cell in beaker of 100% water. Wait 1 hour. After, Re weigh your cell and record weight.   Test water in beaker for the presence of sugar and for presence of starch using the standards procedure from Lab 2.   Initial weight ________________g Weight after 1 hour __________________g Was your cell in a hypotonic, hypertonic, or isotonic solution? How do you know?       Did sugar diffuse out of the cell?   Did starch diffuse out of the cell?   What is the relationship between size and diffusion across a semipermeable membrane?

A patient is prescribed 120 ml of Hartmann’s solution to be given over 5 hours. The microdrip delivers 60 drops/ml. calculate the required drip rate in drops/min

To make 500ml of 1xBuffer, measure __ML of 20x stock and add _­__mL water to make the total volume _­__mL. 1:__ Dilution

As George begins his case, he inspects the reamer for IM Rod insertion case. He notes dried blood and bone chips within lumen. He asks for a pan and sterile water and places them in it. The circulator takes tray and pours enzyme and the water turns red. She transport them to the instrument processing area and the surgeon is notified that there will be a delay in his case. Analyze the situation. What could have been done to prevent this situation?

How long will it take to administer 360 mL of ½N/S at 24 gtt/min if the drop factor is 15 gtt/mL?Enter your answer in hours and minutes.   hr,   min

a nurse is preparing to give 500 mg in 50ml over 30 minutes at what rate does she set the pump

Is the following statement true or false? Charting by Exception (CBE) uses a SOAPIER or a system flow sheet format for certain progress notes.

Order: Ceclor suspension 250 mg orally every 8 hours Supply: Ceclor suspension 125 mg/5 mL Wt: 50 pounds = _______________________kg SDR- 6.4 to 13.5 mg/kg every 8 hours Calculate the SDR Is it safe? _________________ If safe, what would you administer. _____________ If not safe, what would you do? ___________________________________

Your patient's BSA (body surface area) is 1.67 m2. Order Campustar 125 mg/m2 in 250 ml over 90 min. Campustar reads 100 mg/5ml. Will set up IV at ??? ml/hr.