iWriteGigs

Fresh Grad Lands Job as Real Estate Agent With Help from Professional Writers

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Mastery EAQ Ch. 28

Navigation   » List of Schools  »  International College of Health Sciences  »  Nursing  »  Nursing 1141- Pharmacology  »  Fall 2022  »  Mastery EAQ Ch. 28

Need help with your exam preparation?

Below are the questions for the exam with the choices of answers:

Question #1
A  Increased urine osmolality
B  Decreased serum osmolality
C  Decreased intracranial pressure
D  Decreased excretion of medications
Question #2
A  Assess the serum potassium level.
B  Reduce salt in the patient’s food.
C  Administer calcium supplements.
D  Give a lower dose of the medication.
Question #3
A  Furosemide 7 mg/kg/day via the intravenous route in two divided doses
B  Furosemide 5 mg/kg/day by mouth in the morning in a single dose
C  Hydrochlorothiazide 10 mg/kg/day intravenous in divided doses
D  Hydrochlorothiazide 5 mg/kg/day by mouth in a single dose
Question #4
A  Administer activated charcoal.
B  Administer deferoxamine.
C  Replace the indwelling urinary catheter.
D  Replace fluids and electrolytes.
Question #5
A  Check the serum sodium levels.
B  Monitor the pedal pulses of the patient periodically.
C  Ask the patient about signs like tingling of fingers and dizziness.
D  Check the elasticity and flexibility of the patient’s skin.
Question #6
A  “I will call your health care provider to discuss your concerns.”
B  “Your potassium level was normal in this morning’s laboratory report, so no supplement is needed.”
C  “You are on a diuretic that is potassium-sparing, so there is no need for extra potassium.”
D  “You are correct about potassium. I will make sure that you get some right away.”
Question #7
A  Monitor for side effects of hypoglycemia.
B  Monitor for hypernatremia.
C  Assess potassium levels.
D  Assess urinary output every other day.
Question #8
A  Improvement in mental status
B  Output 30 mL/hr
C  Potassium level decreased from 4.5 to 3.5 mEq/L
D  Lungs clear
Question #9
A  A decrease in arterial pH
B  A decrease in bicarbonate level
C  An increase in urinary output
D  An increase in PaO2
Question #10
A  Calcium level of 9 mg/dL
B  Fasting blood glucose level of 140 mg/dL
C  Sodium level of 140 mEq/L
D  Chloride level of 100 mEq/L
Question #11
A  Spironolactone
B  Acetazolamide
C  Mannitol
D  Hydrochlorothiazide
Question #12
A  Using a concentration of 10 grams per 100 mL
B  Drawing medication from a vial that was refrigerated
C  Using an intravenous route for administration
D  Administration of the medication to treat toxic substances
Question #14
A  Give intravenous torsemide. Refer the patient to an optometrist.
B  Refer the patient to an optometrist. Obtain a STAT serum creatinine level.
C  Obtain a STAT serum creatinine level. Lower the dose of cyclosporine.
D  Lower the dose of cyclosporine. Give an oral dose of acetazolamide.
Question #15
A  The alkaline phosphatase (ALP) level of the patient is 10 units/L.
The lactic dehydrogenase (LDH) level of the patient is 35 units/L.
The blood urea nitrogen (BUN) level of the patient is 6 mg/100 mL.
B  The serum creatinine level of the patient is 2.0 mg/100 mL.
The blood urea nitrogen (BUN) level of the patient is 40 mg/100 mL.
The aspartate aminotransferase (AST) level of the patient is 42 units/L.
C  The aspartate aminotransferase (AST) level of the patient is 42 units/L.
The lactic dehydrogenase (LDH) level of the patient is 35 units/L.
The blood urea nitrogen (BUN) level of the patient is 6 mg/100 mL.
D  The alkaline phosphatase (ALP) level of the patient is 10 units/L.
The serum creatinine level of the patient is 2.0 mg/100 mL.
The blood urea nitrogen (BUN) level of the patient is 6 mg/100 mL.
Question #16
A  Ototoxicity, Neurotoxicity,
B  Hyperkalemia, Ototoxicity
C  Dizziness, Hyperglycemia
D  Neurotoxicity, Hyperkalemia
Question #19
A  The patient’s baseline renal function. The patient’s fluid intake and urine output. The patient’s level of consciousness. The patient’s allergies.
B  The patient’s level of consciousness. The patient’s allergies. The patient’s serum potassium level. The patient’s baseline renal function.
C  he patient’s serum potassium level. The patient’s baseline renal function. The patient’s fluid intake and urine output. The patient’s level of consciousness.
D  The patient’s allergies. The patient’s serum potassium level. The patient’s baseline renal function. The patient’s fluid intake and urine output.
Question #20
A  Monitor electrocardiogram continuously. Maintain accurate intake and output record. Insert an arterial line for continuous blood pressure monitoring.
B  Assess lung sounds before and after administration. Monitor electrocardiogram continuously. Insert an arterial line for continuous blood pressure monitoring.
C  Assess blood pressure before and after administration. Monitor electrocardiogram continuously. Insert an arterial line for continuous blood pressure monitoring.
D  Maintain accurate intake and output record. Assess lung sounds before and after administration. Assess blood pressure before and after administration.
Question #21
A  Review sources to increase dietary potassium
B  Discuss using over-the-counter potassium supplements
C  Caution the patient to reduce fruits and vegetables
D  Review the renal function tests
Question #22
A  Strong diuretic effect
B  Aldosterone-inhibiting activity
C  Reduces potassium loss
D  Increases renal function
Question #25
A  The patient has decreased serum sodium levels.
B  The patient has decreased hemoglobin levels.
C  The patient has decreased extracellular fluid volume.
D  The patient has decreased cardiac output.
Question #26
A  Administer sodium polystyrene sulfonate.
B  Administer 2 mEq potassium chloride per kilogram per day intravenously.
C  Administer calcium acetate, two tablets three times per day.
D  Mix 40 mEq of potassium in 250 mL D5W and infuse rapidly.
Question #29
A  Give furosemide 30 minutes before the drug.
B  Administer the drug using a filter with the tubing.
C  Give the drug 30 minutes before the furosemide.
D  Check the drug container for any precipitants.
Question #30
A  To maintain normal room temperature
B  To administer potassium supplements
C  To store the drug in a brightly lit room
D  To give oral rehydration salts with the drug
Question #32
A  Report to the health care provider about the patient’s lithium carbonate therapy.
B  Instruct the patient to take lithium carbonate 1 hour before administering the diuretics.
C  Report to the health care provider about the patient’s bipolar disorder.
D  Instruct the patient to stop taking lithium carbonate during diuretic therapy.
Question #33
A  Mental confusion
B  Hypotension
C  Lethargy
D  Nausea/vomiting
Question #35
A  Check the patient’s potassium levels in the lab reports.
B  Check the patient’s platelet levels in the blood reports.
C  Assess the patient’s heart rate frequently.
D  Assess the patient’s skin for any signs of peeling.
Question #38
A  Strength of sodium filtration
B  Dosage of the diuretic
C  Ability to reabsorb water
D  Site of mechanism of action
Question #40
A  Increased plasma volume, Increased peripheral vascular resistance
B  Increased extracellular fluid volume, Increased plasma volume
C  Decreased cardiac output, Decreased blood pressure
D  Increased extracellular fluid volume, Increased peripheral vascular resistance
Question #41
A  “Take the dose only in the morning.”
B  “You should not eat melons or grapes.”
C  “Take iron supplements every day.”
D  “You should limit your intake of oats.”
Question #44
A  Metolazone
B  Mannitol
C  Acetazolamide
D  Furosemide
Question #45
A  Mannitol
B  Acetazolamide
C  Amiloride
D  Furosemide
Question #46
A  Hypoxia
B  Hypochondria
C  Hypokalemia
D  Hypoglycemia
Question #47
A  Carbonic anhydrase inhibitors
B  Osmotic diuretics
C  Potassium-sparing diuretics
D  Loop diuretics
Question #48
A  Metolazone
B  Mannitol
C  Amiloride
D  Furosemide
Question #49
A  “Protect your child from excessive sunlight exposure.”
B  “Give the medication to your child before bedtime.”
C  “Do not give oral rehydration drinks to your child.”
D  “Administer the medication on an empty stomach.”
Question #51
A  “This combination prevents dehydration and hypovolemia.”
B  “This combination promotes diuresis but decreases the risk of hypokalemia.”
C  “Moderate doses of two different diuretics are more effective than a large dose of one.”
D  “Using two drugs increases the osmolality of plasma and the glomerular filtration rate.”
Question #52
A  Headache
B  Muscle pain
C  Insomnia
D  Constipation
Question #54
A  Furosemide
B  Acetazolamide
C  Mannitol
D  Triamterene
Question #56
A  Acetazolamide prior to ocular surgery
B  Furosemide to treat hypercalcemia
C  Hydrochlorothiazide for hypertension
D  Spironolactone with renal failure
Question #57
A  Using an intravenous route for administration
B  Using a concentration of 10 grams per 100 mL
C  Administration of the medication to treat toxic substances
D  Drawing medication from a vial that was refrigerated
Question #58
A  Furosemide to treat hypercalcemia
B  Acetazolamide prior to ocular surgery
C  Spironolactone with renal failure
D  Hydrochlorothiazide for hypertension
Question #60
A  Report a history of open-angle glaucoma
B  Review laboratory values for hepatic function
C  Request another medication with less allergy risk
D  Document teaching for continued use after surgery