TEST 1: The Client with Cardiac Health Problems Flashcards
(134 cards)
The Client with Acute Coronary Syndromes
1. A client has chest pain rated at 8 on a 10-point visual analog scale. The 12-lead
electrocardiogram reveals ST elevation in the inferior leads and troponin levels are elevated. What is
the highest priority for nursing management of this client at this time?
1. Monitor daily weights and urine output.
2. Permit unrestricted visitation by family and friends.
3. Provide client education on medications and diet.
4. Reduce pain and myocardial oxygen demand.
- Nursing management for a client with a myocardial infarction should focus on pain
management and decreasing myocardial oxygen demand. Fluid status should be closely monitored.
Client education should begin once the client is stable and amenable to teaching. Visitation should be
based on client comfort and maintaining a calm environment.
CN: Physiological adaptation; CL: Synthesize
- Nursing management for a client with a myocardial infarction should focus on pain
- A client with chest pain is prescribed intravenous nitroglycerin. Which assessment is of
greatest concern for the nurse initiating the nitroglycerin drip? - Serum potassium is 3.5 mEq/L (3.5 mmol/L).
- Blood pressure is 88/46.
- ST elevation is present on the electrocardiogram.
- Heart rate is 61.
- Nitroglycerin is a vasodilator that will lower blood pressure. The client is having chest pain
and the ST elevation indicates injury to the myocardium, which may benefit from nitroglycerin. The
potassium and heart rate are within normal range.
CN: Pharmacological and parenteral therapies; CL: Analyze
- Nitroglycerin is a vasodilator that will lower blood pressure. The client is having chest pain
- The nurse is caring for a client diagnosed with an anterior myocardial infarction 2 days ago.
Upon assessment, the nurse identifies a systolic murmur at the apex. The nurse should first: - Assess for changes in vital signs.
- Draw an arterial blood gas.
- Evaluate heart sounds with the client leaning forward.
- Obtain a 12-lead electrocardiogram.
- Infarction of the papillary muscles is a potential complication of an MI causing ineffective
closure of the mitral valve during systole. Mitral regurgitation results when the left ventricle contracts
and blood flows backward into the left atrium, which is heard at the fifth intercostal space, left
midclavicular line. The murmur worsens during expiration and in the supine or left-side position.
Vital sign changes will reflect the severity of the sudden drop in cardiac output: decrease in blood
pressure, increase in heart rate, and increase in respirations. A 12-lead ECG views the electrical
activity of the heart; an echocardiogram views valve function.
CN: Physiological adaptation; CL: Synthesize
- Infarction of the papillary muscles is a potential complication of an MI causing ineffective
- A client with acute chest pain is receiving IV morphine sulfate. Which of the following results
are intended effects of morphine? Select all that apply. - Reduces myocardial oxygen consumption.
- Promotes reduction in respiratory rate.
- Prevents ventricular remodeling.
- Reduces blood pressure and heart rate.
- Reduces anxiety and fear.
- 1, 4, 5. Morphine sulfate acts as an analgesic and sedative. It also reduces myocardial oxygen
consumption, blood pressure, and heart rate. Morphine also reduces anxiety and fear due to its
sedative effects and by slowing the heart rate. It can depress respirations; however, such an effect
may lead to hypoxia, which should be avoided in the treatment of chest pain. Angiotensin-converting
enzyme–inhibitor drugs, not morphine, may help to prevent ventricular remodeling.
CN: Pharmacological and parenteral therapies; CL: Evaluate
- A client is receiving an IV infusion of heparin sodium at 1,200 units/h. The dilution is 25,000
units/500 mL. How many milliliters per hour will this client receive?
_________________ mL/h.
- 24 mL/h
CN: Pharmacological and parenteral therapies; CL: Apply
- An older adult has chest pain and shortness of breath. The health care provider prescribes
nitroglycerin tablets. What should the nurse instruct the client to do? - Put the tablet under the tongue until it is absorbed.
- Swallow the tablet with 120 mL of water.
- Chew the tablet until it is dissolved.
- Place the tablet between the cheek and gums until it disappears.
- The client is having symptoms of a myocardial infarction. The first action is to prevent
platelet formation and block prostaglandin synthesis. The client should place the tablet under the
tongue and wait until it is absorbed. Nitroglycerin tablets are not effective if chewed, swallowed, or
placed between the cheek and gums.
CN: Physiological adaptation; CL: Apply
- The client is having symptoms of a myocardial infarction. The first action is to prevent
- The nurse has completed an assessment on a client with a decreased cardiac output. Which
findings should receive the highest priority? - BP 110/62, atrial fibrillation with HR 82, bibasilar crackles.
- Confusion, urine output 15 mL over the last 2 hours, orthopnea.3. SpO 2 92 on 2 L nasal cannula, respirations 20, 1+ edema of lower extremities.
- Weight gain of 1 kg in 3 days, BP 130/80, mild dyspnea with exercise.
- A low urine output and confusion are signs of decreased tissue perfusion. Orthopnea is a sign
of left-sided heart failure. Crackles, edema, and weight gain should be monitored closely, but the
levels are not as high a priority. With atrial fibrillation, there is a loss of atrial kick, but the blood
pressure and heart rate are stable.
CN: Physiological adaptation; CL: Analyze
- A low urine output and confusion are signs of decreased tissue perfusion. Orthopnea is a sign
8. The nurse notices that a client's heart rate decreases from 63 to 50 bpm on the monitor. The nurse should first: 1. Administer atropine 0.5 mg IV push. 2. Auscultate for abnormal heart sounds. 3. Prepare for transcutaneous pacing. 4. Take the client's blood pressure.
- The nurse should first assess the client’s tolerance to the drop in heart rate by checking the
blood pressure and level of consciousness and determine if Atropine is needed. If the client is
symptomatic, Atropine and transcutaneous pacing are interventions for symptomatic bradycardia.
Once the client is stable, further physical assessments can be done.
CN: Physiological adaptation; CL: Synthesize
- The nurse should first assess the client’s tolerance to the drop in heart rate by checking the
- A client is admitted with a myocardial infarction and atrial fibrillation. While auscultating the
heart, the nurse notes an irregular heart rate and hears an extra heart sound at the apex after the S2 that
remains constant throughout the respiratory cycle. The nurse should document these findings as: - Heart rate irregular with S3.
- Heart rate irregular with S4.
- Heart rate irregular with aortic regurgitation.
- Heart rate irregular with mitral stenosis.
- An S3 heart sound occurs early in diastole as the mitral and tricuspid valves open and blood
rushes into the ventricles. To distinguish an S3 from a physiologic S2 split, a split S2 occurs during
inspiration and S3 remains constant during the respiratory cycle. Its pitch is softer and best heard with
the bell at the apex and it is one of the first clinical findings in left ventricular failure. An S4 is heard
in late diastole when atrial contraction pumps volume into a stiff, noncompliant ventricle. An S4 is
not heard in a client with atrial fibrillation because there is no atrial contraction. Murmurs are sounds
created by turbulent blood flow through an incompetent or stenotic valve.
CN: Physiological adaptation; CL: Analyze
- An S3 heart sound occurs early in diastole as the mitral and tricuspid valves open and blood
- A 60-year-old comes into the emergency department with crushing substernal chest pain that
radiates to the shoulder and left arm. The admitting diagnosis is acute myocardial infarction (MI).
Admission prescriptions include oxygen by nasal cannula at 4 L/min, complete blood count (CBC), a
chest radiograph, a 12-lead electrocardiogram (ECG), and 2 mg of morphine sulfate given IV. The
nurse should first: - Administer the morphine.
- Obtain a 12-lead ECG.
- Obtain the blood work.
- Prescribe the chest radiograph.
- Although obtaining the ECG, chest radiograph, and blood work are all important, the
nurse’s priority action should be to relieve the crushing chest pain. Therefore, administering morphine
sulfate is the priority action.
CN: Physiological adaptation; CL: Synthesize
- Although obtaining the ECG, chest radiograph, and blood work are all important, the
- An older adult had a myocardial infarction (MI) 4 days ago. At 9:30 AM , the client’s blood
pressure is 102/64. After reviewing the client’s progress notes (see chart), the nurse should first:
1/10/14 12:30 am
Urinary Output for the last 4 hours - 90 ml
Capillary Refill >3 seconds
BP 128/82
Extremities Cool
D. Smith, RN - Give a fluid challenge/bolus.
- Notify the health care provider.3. Assist the client to walk.
- Administer Lasix as prescribed.
- All of the 12 PM assessments are signs of decreased cardiac output and can be an ominous
sign in a client who has recently experienced an MI; the nurse should notify the health care provider
of these changes. Cardiac output and blood pressure may continue to fall to dangerous levels, which
can induce further coronary ischemia and extension of the infarct. While the client is currently
hypotensive, giving a fluid challenge/bolus can precipitate increased workload on a damaged heart
and extend the myocardial infarction. Exercise or walking for this client will increase both the heartrate and stroke volume, both of which will increase cardiac output, but the increased cardiac output
will increase oxygen needs especially in the heart muscle and can induce further coronary ischemia
and extension of the infarct. The client is hypotensive. Although the client has decreased urinary
output, this is the body’s response to a decreasing cardiac output, and it is not appropriate to
administer Lasix.
CN: Physiological adaptation; CL: Synthesize
- All of the 12 PM assessments are signs of decreased cardiac output and can be an ominous
- When administering a thrombolytic drug to the client who is experiencing a myocardial
infarction (MI) and who has premature ventricular contractions, the expected outcome of the drug is
to: - Promote hydration.
- Dissolve clots.
- Prevent kidney failure.
- Treat dysrhythmias.
- Thrombolytic drugs are administered within the first 6 hours after onset of an MI to lyse
clots and reduce the extent of myocardial damage.
CN: Pharmacological and parenteral therapies; CL: Evaluate
- Thrombolytic drugs are administered within the first 6 hours after onset of an MI to lyse
- The nurse is assessing a client who has had a myocardial infarction (MI). The nurse notes the
cardiac rhythm on the monitor (see the electrocardiogram strip below). The nurse should: - Notify the physician.
- Call the rapid response team.
- Assess the client for changes in the rhythm.
- Administer lidocaine as prescribed.
- The client is experiencing a single PVC. PVCs are characterized by a QRS of longer than
0.12 second and by a wide, notched, or slurred QRS complex. There is no P wave related to the QRS
complex, and the T wave is usually inverted. PVCs are potentially serious and can lead to ventricular
fibrillation or cardiac arrest when they occur more than 6 to 10 in an hour in clients with myocardial
infarction. The nurse should continue to monitor the client and note if the PVCs are increasing. It is
not necessary to notify the physician or call the rapid response team at this point. Lidocaine is not
indicated from the data on this ECG.
CN: Reduction of risk potential; CL: Synthesize
- The client is experiencing a single PVC. PVCs are characterized by a QRS of longer than
- A client admitted for a myocardial infarction (MI) develops cardiogenic shock. An arterial
line is inserted. Which of the following prescriptions from the health care provider should the nurse
verify before implementing? - Call for urine output less than 30 mL/h for 2 consecutive hours.
- Metoprolol (Lopressor) 5 mg IV push.
- Prepare for a pulmonary artery catheter insertion.
- Titrate dobutamine (Dobutrex) to keep systolic BP greater than 100.
- Metoprolol is indicated in the treatment of hemodynamically stable clients with an acute MI
to reduce cardiovascular mortality. Cardiogenic shock causes severe hemodynamic instability and a
beta blocker will further depress myocardial contractility. The metoprolol should be discontinued.
The decrease in cardiac output will impair perfusion to the kidneys. Cardiac output, hemodynamic
measurements, and appropriate interventions can be determined with a PA catheter. Dobutamine will
improve contractility and increase the cardiac output that is depressed in cardiogenic shock.
CN: Physiological adaptation; CL: Synthesize
- Metoprolol is indicated in the treatment of hemodynamically stable clients with an acute MI
- The nurse is monitoring a client admitted with a myocardial infarction (MI) who is at risk for
cardiogenic shock. The nurse should report which of the following changes on the client’s chart to the
physician?
1 PM BP 110/70 T 98.7 HR 70 RR 20 Urine Output 90 ml/h
3 PM BP 100/65 T 99 HR 75 RR 26 Urine Output 20 ml/h
- Urine output.
- Heart rate.
- Blood pressure.
- Respiratory rate.
- Oliguria occurs during cardiogenic shock because there is reduced blood flow to the
kidneys. Typical signs of cardiogenic shock include low blood pressure, rapid and weak pulse,
decreased urine output, and signs of diminished blood flow to the brain, such as confusion and
restlessness. Cardiogenic shock is a serious complication of MI, with a mortality rate approaching
90%. Fever is not a typical sign of cardiogenic shock. The other changes in vital signs on the client’s
chart are not as significant as the decreased urinary output.
CN: Reduction of risk potential; CL: Analyze
- Oliguria occurs during cardiogenic shock because there is reduced blood flow to the
- The physician prescribes continuous IV nitroglycerin infusion for the client with myocardial
infarction. The nurse should: - Obtain an infusion pump for the medication.
- Take the blood pressure every 4 hours.
- Monitor urine output hourly.
- Obtain serum potassium levels daily.
lood pressure monitoring would be done with a continuous system, and more frequently than every 4
hours. Hourly urine outputs are not always required. Obtaining serum potassium levels is not
associated with nitroglycerin infusion.
CN: Pharmacological and parenteral therapies; CL: Synthesize
- The client is admitted to the telemetry unit due to chest pain. The client has polysubstance
abuse, and the nurse assesses that the client is anxious and irritable and has moist skin. The nurse
should do the following in which order from first to last? - Obtain a history of which drugs the client has used recently.
- Administer the prescribed dose of morphine.
- Position electrodes on the chest.
- Take vital signs.
17.
3. Position electrodes on the chest.
4. Take vital signs.
2. Administer the prescribed dose of morphine.
1. Obtain a history of which drugs the client has used recently.
The nurse should first connect the client to the monitor by attaching the electrodes.
Electrocardiography can be used to identify myocardial ischemia and infarction, rhythm and
conduction disturbances, chamber enlargement, electrolyte imbalances, and the effects of drugs on the
client’s heart. The nurse next obtains vital signs to establish a baseline. Next, the nurse should
administer the morphine; morphine is the drug of choice in relieving myocardial infarction (MI) pain;
it may cause a transient decrease in blood pressure. When the client is stable, the nurse can obtain a
history of the client’s drug use.
CN: Reduction of risk potential; CL: Synthesize
- The nurse is assessing a client who has had a myocardial infarction. The nurse notes the
cardiac rhythm shown on the electrocardiogram strip below. The nurse identifies this rhythm as: - Atrial fibrillation.
- Ventricular tachycardia.
- Premature ventricular contractions.
- Sinus tachycardia.
- Sinus tachycardia is characterized by normal conduction and a regular rhythm, but with a
rate exceeding 100 bpm. A P wave precedes each QRS, and the QRS is usually normal.
CN: Reduction of risk potential; CL: Analyze
- Sinus tachycardia is characterized by normal conduction and a regular rhythm, but with a
- While caring for a client who has sustained a myocardial infarction (MI), the nurse notes
eight premature ventricular contractions (PVCs) in 1 minute on the cardiac monitor. The client is
receiving an IV infusion of 5% dextrose in water (D 5 W) and oxygen at 2 L/min. The nurse’s first
course of action should be to: - Increase the IV infusion rate.
- Notify the physician promptly.
- Increase the oxygen concentration.
- Administer a prescribed analgesic.
- PVCs are often a precursor of life-threatening arrhythmias, including ventricular
tachycardia and ventricular fibrillation. An occasional PVC is not considered dangerous, but if PVCs
occur at a rate greater than five or six per minute in the post-MI client, the physician should be
notified immediately. More than six PVCs per minute is considered serious and usually calls for
decreasing ventricular irritability by administering medications such as lidocaine hydrochloride.
Increasing the IV infusion rate would not decrease the number of PVCs. Increasing the oxygen
concentration should not be the nurse’s first course of action; rather, the nurse should notify the
physician promptly. Administering a prescribed analgesic would not decrease ventricular irritability.
CN: Physiological adaptation; CL: Synthesize
- PVCs are often a precursor of life-threatening arrhythmias, including ventricular
- Which of the following is an expected outcome for a client on the second day of
hospitalization after a myocardial infarction (MI)? The client: - Continues to have severe chest pain.
- Can identify risk factors for MI.
- Participates in a cardiac rehabilitation walking program.
- Can perform personal self-care activities without pain.
- By day 2 of hospitalization after an MI, clients are expected to be able to perform personal
care without chest pain. Severe chest pain should not be present on day 2 after an MI. Day 2 of
hospitalization may be too soon for clients to be able to identify risk factors for MI or to begin a
walking program; however, the client may be sitting up in a chair as part of the cardiac rehabilitation
program.
CN: Physiological adaptation; CL: Evaluate
- By day 2 of hospitalization after an MI, clients are expected to be able to perform personal
- Which of the following is an expected outcome when a client is receiving an IV
administration of furosemide? - Increased blood pressure.
- Increased urine output.
- Decreased pain.
- Decreased premature ventricular contractions.
- Furosemide is a loop diuretic that acts to increase urine output. Furosemide does not
increase blood pressure, decrease pain, or decrease arrhythmias.
CN: Pharmacological and parenteral therapies; CL: Evaluate
- Furosemide is a loop diuretic that acts to increase urine output. Furosemide does not
- The nurse is preparing to measure central venous pressure (CVP). Mark the spot on the torso
indicating the location for leveling the transducer.
- Correct location: The zero point on the CVP transducer needs to be at the level of the right atrium.
The right atrium is located at the midaxillary line at the fourth intercostal space. The phlebostatic axis
is determined by drawing an imaginary vertical line from the fourth intercostal space at the sternal
border to the right side of the chest (A). A secondary imaginary line is drawn horizontally at the level
of the midpoint between the anterior and posterior surfaces of the chest (B). The phlebostatic axis is
located at the intersection of points A and B.
CN: Physiologic adaptation; CL: Apply
- A client has had a pulmonary artery catheter inserted. In performing hemodynamic monitoring
with the catheter, the nurse will wedge the catheter to gain information about which of the following? - Cardiac output.
- Right atrial blood flow.
- Left end-diastolic pressure.
- Cardiac index.
- When wedged, the catheter is “pointing” indirectly at the left end-diastolic pressure. The
pulmonary artery wedge pressure is measured when the tip of the catheter is slowing inflated and
allowed to wedge into a branch of the pulmonary artery. Once the balloon is wedged, the catheter
reads the pressure in front of the balloon. During diastole, the mitral valve is open, reflecting left
ventricular end diastolic pressure. Cardiac output is the amount of blood ejected by the heart in 1
minute and is determined through thermodilution and not wedge pressure. Cardiac index is calculated
by dividing the client’s cardiac output by the client’s body surface area, and is considered a more
accurate reflection of the individual client’s cardiac output. Right atrial blood pressure is not
measured with the pulmonary artery catheter.
CN: Physiologic adaptation; CL: Apply
- When wedged, the catheter is “pointing” indirectly at the left end-diastolic pressure. The
- After a myocardial infarction, the hospitalized client is taught to move the legs while resting
in bed. The expected outcome of this exercise is to: - Prepare the client for ambulation.
- Promote urinary and intestinal elimination.
- Prevent thrombophlebitis and blood clot formation.
- Decrease the likelihood of pressure ulcer formation.
- Encouraging the client to move the legs while in bed is a preventive strategy taught to all
clients who are hospitalized and on bed rest to promote venous return. The muscular action aids in
venous return and prevents venous stasis in the lower extremities. These exercises are not intended to
prepare the client for ambulation. These exercises are not associated with promoting urinary and
intestinal elimination. These exercises are not performed to decrease the risk of pressure ulcer
formation.
CN: Physiological adaptation; CL: Apply
- Encouraging the client to move the legs while in bed is a preventive strategy taught to all