Fluid & Electrolyte Balance Quiz 1

Beschreibung

http://intranet.tdmu.edu.ua/data/kafedra/internal/meds/metod_rozrobky/en/nurse/BSN%20%284year%29%20Program/3.Junior%20year/Fall%20Semester/Foundations%20of%20Nursing%20Practicum/17.%20%20Fluid%20and%20Electrolyte%20Balance.htm
Jessdwill
Quiz von Jessdwill, aktualisiert more than 1 year ago
Jessdwill
Erstellt von Jessdwill vor fast 9 Jahre
152
3

Zusammenfassung der Ressource

Frage 1

Frage
Which of the following are signs of hyperkalemia? SELECT ALL THAT APPLY.
Antworten
  • positive Chvostek's sign
  • tall, tented T waves
  • abdominal cramping
  • soft, flabby muscles
  • paresthesias

Frage 2

Frage
Why do older adults generally have less total body water than younger adults?
Antworten
  • As functional cells die during the aging process, less water is needed.
  • The muscle mass of older adults is smaller than the muscle mass of younger adults.
  • Older adults have a smaller extracellular fluid to intracellular fluid ratio than younger adults.
  • The plasma volume of older adults is decreased to reduce the risk for excess fluid volume and heart failure.

Frage 3

Frage
Which clinical manifestation supports the concept that filtration is directly related to hydrostatic pressure?
Antworten
  • Capillary refill is faster in fingers than in toes.
  • Central venous pressure is lowest in the right atrium.
  • Pitting edema is usually detected first in dependent areas.
  • Systolic blood pressure is higher than diastolic blood pressure.

Frage 4

Frage
When evaluating the hydration status, the nurse observes tenting of the skin on the back of the 87-year-old client’s hand when testing the skin turgor. What is the nurse’s best action?
Antworten
  • Notify the physician.
  • Examine dependent body areas.
  • Assess turgor on the client's forehead.
  • Document the finding as the only action.

Frage 5

Frage
What effect would an infusion of 200 mL of albumin have on a healthy client's plasma osmotic and hydrostatic pressures?
Antworten
  • Increased osmotic pressure, increased hydrostatic pressure
  • Increased osmotic pressure, decreased hydrostatic pressure
  • Decreased osmotic pressure, increased hydrostatic pressure
  • Decreased osmotic pressure, decreased hydrostatic pressure

Frage 6

Frage
Why does pulmonary edema form in a client who has left-sided heart failure?
Antworten
  • Increased blood volume in pulmonary vessels, increased blood osmotic pressure
  • Increased blood volume in pulmonary vessels, decreased blood osmotic pressure
  • Increased blood volume in pulmonary vessels, increased blood hydrostatic pressure
  • Increased blood volume in pulmonary vessels, decreased blood hydrostatic pressure

Frage 7

Frage
What is the expected action when capillary pores increase in size?
Antworten
  • Increased filtration, increased plasma volume
  • Increased filtration, decreased plasma volume
  • Decreased filtration, increased plasma volume
  • Decreased filtration, decreased plasma volume

Frage 8

Frage
Which condition is most likely to cause formation of edema?
Antworten
  • Increased plasma osmotic pressure, increased plasma hydrostatic pressure
  • Increased plasma osmotic pressure, decreased plasma hydrostatic pressure
  • Decreased plasma osmotic pressure, increased plasma hydrostatic pressure
  • Decreased plasma osmotic pressure, decreased plasma hydrostatic pressure

Frage 9

Frage
Which assessment technique would be the best for the nurse to use to determine the adequacy of circulation in a client whose blood osmolarity is 250 mOsm/L?
Antworten
  • Checking urine output
  • Measuring abdominal girth
  • Monitoring fluid intake
  • Comparing the radial pulse with the apical pulse

Frage 10

Frage
Which community-dwelling healthy person has the greatest risk for dehydration when exposed to a hot, dry environment for several hours?
Antworten
  • 50-year-old man
  • 50-year-old woman
  • 80-year-old man
  • 80-year-old woman

Frage 11

Frage
How is the process of active transport beneficial to human living systems?
Antworten
  • Active transport moves substances against a concentration gradient, allowing fluid compartment volume ionic differences to be maintained.
  • Active transport allows the fluid lost at the capillary–interstitial compartment interface to be returned by lymph flow to the systemic circulation.
  • When diffusion is limited by membrane impermeability, active transport maintains homeostasis of osmolarity across all body fluid compartments.
  • When osmosis cannot occur during periods of anoxia, active transport facilitates movement of glucose across cell membranes so that energy production is not disrupted.
Zusammenfassung anzeigen Zusammenfassung ausblenden

ähnlicher Inhalt

Fundamentals of Nursing | Chapter 24: Vitals
Constance Damron
Contact Dermatitis
mbuti2005
Clinic sequence flowchart
Barbera Purcell
Ortho Quiz: Spine Conditions
Zoila Rojas
Nervous System
4everlakena
Diabetes Mellitus
Kirsty Jayne Buckley
Renal System A&P
Kirsty Jayne Buckley
Epidemiology
Danielle Richardson
Oxygenation
Jessdwill
Clostridium Difficile
Kirsty Jayne Buckley
Definitions
katherinethelma