Nokea
A client arrives at the emergency department with upper gastrointestinal (GI) bleeding that began 3 hours ago. What is the priority action?
- A. Obtaining vital signs
- B. Inserting a nasogastric (NG) tube
- C. Asking the client about the precipitating events
- D. Completing an abdominal physical assessment
Correct Answer: A
Rationale: The priority action for the client with GI bleeding is to obtain vital signs to determine whether the client is in shock from blood loss and obtain a baseline by which to monitor the progress of treatment. The client may not be able to provide subjective data until the immediate physical needs are met. A complete abdominal physical assessment must be performed but is not the priority. Insertion of an NG tube may be prescribed but is not the priority action.
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The nurse is assigned to care for a client experiencing hypertonic labor contractions. The nurse plans to conserve the client's energy and promote rest by performing which intervention?
- A. Keeping the TV or radio on to provide distraction
- B. Assisting the client with breathing and relaxation techniques
- C. Keeping the room brightly lit so the client can watch her monitor
- D. Avoiding uncomfortable procedures such as intravenous infusions or epidural anesthesia
Correct Answer: B
Rationale: Breathing and relaxation techniques aid the client in coping with the discomfort of labor and conserving energy. Noise from a TV or radio and light stimulation does not promote rest. A quiet, dim environment would be more advantageous. Intravenous or epidural pain relief can be useful. Intravenous hydration can increase perfusion and oxygenation of maternal and fetal tissues and provide glucose for energy needs.
The nurse is assessing a 3-day-old preterm neonate with a diagnosis of respiratory distress syndrome (RDS). Which assessment finding indicates that the neonate's respiratory condition is improving?
- A. Edema of the hands and feet
- B. Urine output of 3 mL/kg/hour
- C. Presence of a systolic murmur
- D. Respiratory rate between 60 and 70 breaths per minute
Correct Answer: B
Rationale: RDS is a serious lung disorder caused by immaturity and the inability to produce surfactant, resulting in hypoxia and acidosis. Lung fluid, which occurs in RDS, moves from the lungs into the bloodstream as the condition improves and the alveoli open. This extra fluid circulates to the kidneys, which results in increased voiding. Therefore, normal urination is an early sign that the neonate's respiratory condition is improving (normal urinary output is 2 to 5 mL/kg/hour). Edema of the hands and feet occurs within the first 24 hours after the development of RDS as a result of low protein concentrations, a decrease in colloidal osmotic pressure, and transudation of fluid from the vascular system to the tissues. Systolic murmurs usually indicate the presence of a patent ductus arteriosus, which is a common complication of RDS. Respiratory rates above 60 are indicative of tachypnea, which is a sign of respiratory distress.
An anxious client enters the emergency department seeking treatment for a laceration of the finger. The client's vital signs are pulse 106 beats per minute, blood pressure (BP) 158/88 mm Hg, and respirations 28 breaths per minute. After cleansing the injury and reassuring the client, the nurse rechecks the vital signs and notes a pulse of 82 beats per minute, BP 130/80 mm Hg, and respirations 20 breaths per minute. Which factor likely accounts for the change in vital signs?
- A. Cooling effects of the cleansing agent
- B. Client's adaptation to the air conditioning
- C. Early clinical indicators of cardiogenic shock
- D. Decline in sympathetic nervous system discharge
Correct Answer: D
Rationale: Physical or emotional stress triggers sympathetic nervous system stimulation. Increased epinephrine and norepinephrine cause tachycardia, high blood pressure, and tachypnea. Stress reduction then returns these parameters to baseline as the sympathetic discharge falls.
The nurse is performing a respiratory assessment on a client being treated for an asthma attack. The nurse determines that the client's respiratory status is worsening based upon which finding?
- A. Loud wheezing
- B. Wheezing on expiration
- C. Noticeably diminished breath sounds
- D. Increased displays of emotional apprehension
Correct Answer: C
Rationale: Noticeably diminished breath sounds are an indication of severe obstruction and impending respiratory failure. Wheezing is not a reliable manifestation to determine the severity of an asthma attack. Clients with minor attacks may experience loud wheezes, whereas others with severe attacks may not wheeze. The client with severe asthma attacks may have no audible wheezing because of the decrease of airflow. For wheezing to occur, the client must be able to move sufficient air to produce breath sounds. Emotional apprehension is likely whatever the degree of respiratory distress being experienced.
The nurse inserts an indwelling Foley catheter into the bladder of a postoperative client who has not voided for 8 hours and has a distended bladder. After the tubing is secured and the collection bag is hung on the bed frame, the nurse notices that 900 mL of urine has drained into the collection bag. What is the appropriate nursing action for the safety of this client?
- A. Check the specific gravity of the urine.
- B. Clamp the tubing for 30 minutes and then release.
- C. Provide suprapubic pressure to maintain a steady flow of urine.
- D. Raise the collection bag high enough to slow the rate of drainage.
Correct Answer: B
Rationale: Rapid emptying of a large volume of urine may cause engorgement of pelvic blood vessels and hypovolemic shock, prolapse of the bladder, or bladder spasms. Clamping the tubing for 30 minutes allows for equilibration to prevent complications. Option 1 is an assessment and would not affect the flow of urine or prevent possible hypovolemic shock. Option 3 would increase the flow of urine, which could lead to hypovolemic shock. Option 4 could cause backflow of urine. Infection is likely to develop if urine is allowed to flow back into the bladder.