The discharge nurse is providing education to a client with sickle cell disease about triggers for a vaso-occlusive crisis (sickle cell crisis). All of the follow could trigger a sickle crisis except

The nurse is caring for a client with bacterial pneumonia complicated by hyperosmolar hyperglycemic syndrome. Which of the following prescriptions should the nurse implement first? Vital Signs Results Oral temperature 102.2F (39 C) Heart rate 114 bpm Blood pressure 92/50 mm Hg Respiratory rate 18 SpO2 99%   Laboratory Test Results Normal Reference Range Glucose- Random 1200 mg/dL 71-125 mg/dL

Thank you for completing the friendly exercise.  Be sure there is an answer to all Part B questions in the boxes above.  Then, please scan and submit your work for Part B to the assignment according to the assignment instructions above within a few minutes. 

16.  Sketch the plot below and draw the curve you would expect for the successive ionization reactions of beryllium. (You do not need to indicate specific IE values.) (WCSP, 4 points)  IE1         Be(g) 

13. There are two isotopes of helium: helium-3 and helium-4.  3He is proposed to be a safer nuclear fuel compared to uranium and plutonium.   It has been suggested that the moon could be mined for helium-3. (WCSP, 9 points)  Table 1: Isotopes of helium and abundance on the moon. Isotope Mass abundance 3He 3.016 amu ? 4He 4.003 amu 3.66% a.  What is the percent abundance of helium-3 on the moon? b.  What is the average atomic mass of helium on the moon?  (show all work for full credit) c.  Given the atomic mass of helium on the periodic table, what isotope is more abundant here on earth?  Explain in a few words (no calculation).   Periodic Table Data Sheet Enter the value for part b in the box below.   

(WCSP25) Shown below are a series of interacting charged particles.  One pair is 1 unit of distance (denoted ‘d’) apart, another is 2d and the other 3d units apart.  Select the system that has the lowest electrostatic potential energy.   Data Sheet

(WCSP25) Select all of the following that are true about the orbital with the following quantum numbers: n = 2,   

15. NASA detected a burst of gamma rays from a neutron star in space. The gamma radiation had a frequency of 1.0 × 1019 Hertz and the burst released a total of 1.0 × 1044 J of energy.  (WCSP, 10 points)  a. What is the wavelength of radiation emitted in m? b. How many moles of photons are released during the burst?   Periodic Table Data Sheet Enter the value for part b in the box below.   

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