(For this problem, be as clean and clear with your sketches as possible for maximum points. Fast doodles that are like “something” you saw in class will not suffice.) In class, we frequently used the rotated Fermi distribution and DOS plots superimposed on the simplified band diagram to show the amount of charge carriers for a semiconductor. Recreate each of these plots (4 total) for a heavily doped n-type semiconductor. You must label the following: Energy axis Z(E) axis f(E) axis Fermi Energy EF Fermi Probability at EF Functionality of f(E) Functionality of Z(e) Find the probability that a state is EMPTY at 0.7 eV below the fermi energy at 200oC

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A nurse is planning the care for a patient who has end-stage cirrhosis of the liver with encephalopathy. Which of the following interventions should the nurse plan to implement to decrease the patient’s ammonia level?

Identify the bony landmark labeled “A” in the figure below.

A nurse reviews the laboratory report of a patient with acute kidney injury (AKI) and notes that the serum potassium level is 6.8 mEq/L. Which medication should the nurse plan to administer specifically to protect the heart?

Extensor digitorum brevis and extensor hallucis brevis are innervated by which of the following nerves?

What type of joint is formed between the distal ends of the tibia and fibula?

Identify the structure labeled “B” in the figure below.

A nurse is interpreting a patient’s ECG strip. Which of the following components of the ECG should the nurse examine to determine the time it takes for Atrial depolarization and repolarization?