Interactive NGN Items

Seven Next Generation NCLEX item types · Each item includes a strategy guide, the interactive question, and a full rationale after you submit. You can practice as many times as needed.

The master method for every prioritization question

Before touching any answer, run this sequence: 1) Read the stem's last sentence first — it tells you exactly what is being asked (first action? findings needing attention? expected vs. unexpected?). 2) Tag every finding or client with two labels: acute or chronic and stable or unstable. 3) Apply the hierarchy: ABC threats → other physiologic needs (Maslow) → safety/risk reduction → psychosocial. 4) Ask the tiebreaker question: "What happens if I ignore this for one hour?" The option with the worst answer wins.Item 1 of 7 · Recognize Cues · Highlight in text

How to answer highlight questions

Read the instruction first: "requires immediate nursing attention" means unstable or trending-worse findings — not everything abnormal, and not everything worth charting.
Compare each finding to three anchors: normal ranges, the client's own baseline (they gave you HR baseline 82 for a reason), and what is expected for this situation and timeline.
Look for a cluster, not single values: rising HR + rising RR + restlessness + falling urine output together = compensation for shock. One value can lie; a cluster cannot.
Trap check: a normal BP does not clear the client — compensated shock keeps BP normal until late. And expected findings (mild incision pain on the day of surgery) are distractors.

Click the findings that require immediate nursing attention, then press Submit.

A nurse is caring for a client 4 hours after abdominal surgery. The blood pressure is 116/74. The heart rate is 118/min (baseline 82). The respiratory rate is 24 breaths/min. The client is restless and anxious. The surgical dressing is dry and intact. Urine output is 20 mL over the past 2 hours. The client reports incision pain of 3 out of 10.

SubmitItem 2 of 7 · Analyze Cues · Matrix (expected / unexpected)

How to answer matrix questions

Anchor on the condition in the stem (chronic COPD in exacerbation) and build its expected picture in your head before reading the rows.
Grade each row independently — matrix rows are separate true/false questions; don't let one answer influence the next.
The test for each row: "Does this finding fit the known picture and baseline of this disease?" Fits = expected. Signals a new or worsening problem = unexpected.
Trap check: findings that look scary but are the chronic client's normal (SpO2 91%, tripod posture) are expected. Findings that look quiet but signal failure (drowsiness, a slowing respiratory rate) are the dangerous ones.

A client with long-standing COPD is admitted with an exacerbation. For each finding, click whether it is Expected for chronic COPD or Unexpected and needing follow-up.

Finding	Expected	Unexpected
SpO2 of 91% on 2 L oxygen
Tripod positioning with pursed-lip breathing
New drowsiness, difficult to arouse
Respiratory rate of 8 breaths/min
Productive cough with thick sputum

SubmitItem 3 of 7 · Prioritize Hypotheses · Multiple choice ("Who do you see first?")

How to answer "see first" questions

Tag every option with two labels: acute or chronic, stable or unstable. The winner is almost always unstable + acute (or an acute change in a chronic client).
Cross off the expected: findings that match the client's known baseline or the normal course of their condition are stable — eliminate them.
Beware the volume trap: the loud, requesting, complaining clients have airways and energy. The client who got quieter is often the one dying.
Apply ABCs last as the tiebreaker: if two options are unstable, the one with the airway/breathing threat outranks circulation, which outranks everything else.

After receiving change-of-shift report on four clients, which client should the nurse assess first?

A client with COPD whose SpO2 is 90% on home oxygen, resting comfortablyA client 1 day after surgery requesting a scheduled pain medicationA client with asthma whose loud wheezing has stopped and who is now drowsyA client with chronic back pain rated 7/10, consistent with the usual patternSubmitItem 4 of 7 · Generate Solutions · Select all that apply

How to answer select-all-that-apply questions

Convert it into a series of true/false questions: read each option alone against the goal in the stem (reduce fall risk safely). Never compare options to each other and never count how many you've picked.
For safety questions, apply the least-restrictive ladder: environment and observation first (low bed, alarms, rounding, family), restraint absolutely last and never "just in case."
Watch for absolute words: "at all times," "always," "prophylactically" — options containing absolutes are usually wrong because nursing care is individualized.
Trap check: some wrong options are real interventions used in the wrong way — four side rails IS used sometimes (seizures), but as a fall intervention it is a restraint and an entrapment risk.

An 82-year-old client with new confusion is at high risk for falls. Which interventions should the nurse include in the plan of care? Select all that apply.

Keep the bed in the lowest position with wheels lockedRaise all four side rails at all timesApply a bed exit alarmInvite a family member to stay at the bedsideApply a vest restraint prophylacticallyPerform hourly rounding that includes offering toiletingMove the client to a room near the nurses' stationSubmitItem 5 of 7 · Take Action · Ordered response (drag/rank)

How to answer ordering questions

Find the first and last actions before ordering the middle. First is usually the action that stops ongoing harm (stop the infusion, apply pressure, turn off the pump). Last is almost always documentation.
Use the emergency pattern: stop the harm → assess ABCs → give the life-saving intervention / call for help → supportive measures (position, oxygen) → document.
Know the exception to "assess first": the nursing process says assess before acting — but when a source of harm is actively flowing into the client, removing it comes before assessment. You can assess in the seconds after you stop it.
Sanity-check your sequence by narrating it: would a real nurse chart the allergy before giving epinephrine to a client with stridor? If the story sounds absurd, reorder.

A client develops facial swelling, hives, and stridor minutes after an IV antibiotic is started. Click the actions in the order the nurse should perform them (1 = first). Use Reset to start over.

–Assess airway, breathing, and circulation–Document the event and update the allergy record–Stop the antibiotic infusion–Place the client supine with legs elevated–Give IM epinephrine per protocol and call the rapid response teamSubmitResetItem 6 of 7 · Full clinical judgment · Bow-tie

How to answer bow-tie questions

Work the middle first. The condition is the knot of the bow-tie — diagnose it from the cue cluster before touching actions or parameters. Here: rising HR, falling BP, restlessness, pale cool skin, saturated dressing.
Actions must treat YOUR condition. Once you commit to a hypothesis, both actions must directly address it. If an action doesn't fit your condition, either the action or your hypothesis is wrong.
Parameters must measure YOUR condition. Pick the two that tell you whether the client is improving or deteriorating from that specific problem — the earliest, most sensitive gauges.
Coherence check: all five selections must tell one story. Condition → actions that fix it → parameters that track it. If any piece belongs to a different story (bowel sounds? reflexes?), it's a distractor.

Six hours after a total knee replacement: HR 124 (baseline 78), BP 100/62 and trending down, RR 26, client restless, skin pale and cool, surgical dressing saturated with blood.

Actions to take (select 2)

Apply direct pressure and reinforce the dressingStay with the client; have a colleague call the rapid response teamAdminister the PRN lorazepam for restlessnessDangle the client's legs at the bedsideRequest a physical therapy evaluation

Condition most likely (select 1)

Pulmonary embolismHypovolemic shock from hemorrhageAnxiety reactionOpioid oversedation

Parameters to monitor (select 2)

Urine outputLevel of consciousnessBowel soundsDeep tendon reflexesOral temperatureSubmitItem 7 of 7 · Evaluate Outcomes · Drop-down cloze

How to answer drop-down (cloze) questions

Compare the reassessment to the expected trajectory: the client had loud wheezing (air was moving); now the chest is quiet and the LOC is falling. Ask: better, worse, or unchanged? Quieter + sleepier after respiratory distress = worse.
Make the blanks agree. The interpretation blank drives the action blank — if you chose "deterioration," the action must escalate. A mismatched pair (failure + routine monitoring) is always wrong.
Read every option in each drop-down before choosing; distractors are written to sound like textbook phrases ("expected effect of albuterol").
Trap check: "the client calmed down" language after distress is the exam's favorite disguise for decompensation — calm plus drowsy is exhaustion, not relief.

A client in status asthmaticus had loud wheezing an hour ago. On reassessment the chest is quiet and the client is difficult to arouse.

The nurse interprets these findings asSelectimprovement in bronchospasmimpending respiratory failurean expected effect of albuterolresolving anxietyand should firstSelectcontinue routine monitoring every 4 hourscall the rapid response team and prepare for ventilatory supportprovide discharge teachingadminister a PRN sedative.

SubmitItems completed: 0 of 7[tcb-script]var res={};function tally(){var d=0,c=0;for(var k in res){d++;if(res[k]==='c')c++;}document.getElementById('tally').textContent='Items completed: '+d+' of 7 · Fully correct: '+c;}function pill(s){var cls=s==='c'?'p-c':(s==='p'?'p-p':'p-i');var t=s==='c'?'Correct':(s==='p'?'Partially correct':'Incorrect');return '<span>'+t+'</span>';}function show(n,s,html){res[n]=s;var f=document.getElementById('fb'+n);f.style.display='block';f.innerHTML=pill(s)+html;document.getElementById('b'+n).disabled=true;}function showAnd(n,s,html){show(n,s,html);tally();}document.querySelectorAll('.tok').forEach(function(t){t.addEventListener('click',function(){if(!document.getElementById('b1').disabled)t.classList.toggle('sel');});});document.getElementById('b1').addEventListener('click',function(){var good=0,badn=0,total=0;document.querySelectorAll('.tok').forEach(function(t){var k=t.dataset.k==='1',sel=t.classList.contains('sel');t.classList.remove('sel');if(k)total++;if(sel&&k){t.classList.add('ok');good++;}else if(sel&&!k){t.classList.add('bad');badn++;}else if(!sel&&k){t.classList.add('miss');}});var s=(good===total&&badn===0)?'c':((good>0)?'p':'i');showAnd(1,s,'<h4>Why these are correct</h4><ul><li><b>HR 118 (baseline 82):</b> a 36-point rise is the sympathetic nervous system compensating for volume loss.</li><li><b>RR 24:</b> the lungs are working to offset developing acidosis and deliver oxygen with less blood.</li><li><b>Restless and anxious:</b> the earliest brain sign of falling perfusion and oxygenation — earlier than any monitor.</li><li><b>Urine 20 mL/2 hr:</b> below 0.5 mL/kg/hr; the kidneys are being sacrificed to protect heart and brain. Together these four form the classic compensated hypovolemic shock cluster.</li></ul><h4>Why the other findings are less urgent</h4><ul><li><b>BP 116/74:</b> normal only because compensation is holding — hypotension is a late sign, so a normal BP never rules out shock.</li><li><b>Dressing dry and intact:</b> reassuring but not clearing — blood pools internally and under the client.</li><li><b>Pain 3/10:</b> expected and well controlled on the day of surgery.</li></ul>');});document.getElementById('b2').addEventListener('click',function(){var rows=document.querySelectorAll('#mx2 tr[data-k]');var done=true;rows.forEach(function(r){if(!r.querySelector('input:checked'))done=false;});if(!done){alert('Answer every row before submitting.');return;}var all=true,any=false;rows.forEach(function(r){var sel=r.querySelector('input:checked');var right=sel.value===r.dataset.k;r.style.background=right?'#e6f6ec':'#fde8e8';if(right)any=true;else all=false;});showAnd(2,all?'c':(any?'p':'i'),'<h4>Walk through the reasoning</h4><ul><li><b>SpO2 91% on 2 L, tripod/pursed-lip posture, productive cough — expected:</b> chronic COPD lives at 88–92% saturation with adapted work-of-breathing behaviors; these are this client’s climate, not a new storm.</li><li><b>New drowsiness — unexpected:</b> in a CO2 retainer, sleepiness means CO2 narcosis — rising carbon dioxide sedating the brain. This is deterioration disguised as rest.</li><li><b>RR 8/min — unexpected:</b> an exacerbation should drive the rate UP; a falling rate means the respiratory muscles are exhausted and ventilation is failing.</li><li><b>The principle:</b> judge every finding against the client’s baseline and expected trajectory, not against textbook normals.</li></ul>');});document.getElementById('b3').addEventListener('click',function(){var sel=document.querySelector('input[name=q3]:checked');if(!sel){alert('Choose an answer first.');return;}var right=sel.closest('.opt').dataset.k==='1';document.querySelectorAll('input[name=q3]').forEach(function(i){var o=i.closest('.opt');if(o.dataset.k==='1')o.classList.add(i.checked?'ok':'miss');else if(i.checked)o.classList.add('bad');});showAnd(3,right?'c':'i','<h4>Why this is correct</h4><ul><li><b>Wheezing that stops + new drowsiness = silent chest:</b> wheezing requires airflow, so a chest that goes quiet in asthma means air has nearly stopped moving. Drowsiness confirms rising CO2 and exhaustion. Tags: acute + unstable + airway/breathing threat — wins on every framework.</li></ul><h4>Why the others wait</h4><ul><li><b>COPD at 90% resting comfortably:</b> chronic + stable — an expected adapted baseline.</li><li><b>Scheduled pain medication request:</b> stable, predictable, important but not lethal.</li><li><b>Chronic 7/10 back pain at its usual pattern:</b> chronic + stable — the loudest complaint, but the known pattern makes it predictable.</li></ul>');});document.getElementById('b4').addEventListener('click',function(){var all=true,any=false;document.querySelectorAll('input[name=q4]').forEach(function(i){var o=i.closest('.opt');var k=o.dataset.k==='1';if(i.checked&&k){o.classList.add('ok');any=true;}else if(i.checked&&!k){o.classList.add('bad');all=false;}else if(!i.checked&&k){o.classList.add('miss');all=false;}});showAnd(4,all?'c':(any?'p':'i'),'<h4>Why these are correct</h4><ul><li><b>Low locked bed, bed alarm, family presence, hourly rounding with toileting, room near the station:</b> all effective and least restrictive. Rounding that offers toileting is the single highest-yield item — most falls happen on the way to the bathroom, so removing the reason to climb out prevents the fall.</li></ul><h4>Why the others are wrong</h4><ul><li><b>All four side rails “at all times”:</b> legally a restraint, an entrapment hazard, and confused clients climb over them and fall from higher up. The absolute phrase “at all times” was your warning.</li><li><b>Prophylactic vest restraint:</b> restraints are a last resort requiring an order and a specific indication — never preventive — and they increase agitation and injury.</li></ul>');});var seq=[];document.querySelectorAll('.ord').forEach(function(o){o.addEventListener('click',function(){if(document.getElementById('b5').disabled)return;if(o.classList.contains('picked'))return;seq.push(o);o.classList.add('picked');o.querySelector('.num').textContent=seq.length;});});document.getElementById('r5').addEventListener('click',function(){if(document.getElementById('b5').disabled)return;seq=[];document.querySelectorAll('.ord').forEach(function(o){o.classList.remove('picked');o.querySelector('.num').textContent='–';o.style.background='';});});document.getElementById('b5').addEventListener('click',function(){if(seq.length<5){alert('Place all five actions in order first.');return;}var all=true;seq.forEach(function(o,i){var right=(i+1)===parseInt(o.dataset.pos);o.style.background=right?'#e6f6ec':'#fde8e8';if(!right)all=false;});showAnd(5,all?'c':'i','<h4>Walk through the reasoning</h4><ul><li><b>1. Stop the infusion:</b> the antibiotic is the ongoing harm — nothing else works while the trigger keeps flowing in. This is the exception to “assess first.”</li><li><b>2. Assess ABCs:</b> stridor means the airway is narrowing; the assessment tells you how fast everything else must happen.</li><li><b>3. IM epinephrine + rapid response:</b> epinephrine is the drug that reverses anaphylaxis — antihistamines and steroids are supporting cast only.</li><li><b>4. Supine with legs elevated:</b> anaphylaxis causes distributive shock; positioning supports the circulation.</li><li><b>5. Document and flag the allergy:</b> essential for the next shift and the next dose — but paperwork never competes with a closing airway.</li></ul>');});document.getElementById('b6').addEventListener('click',function(){var ok=true,any=false;function grade(name){document.querySelectorAll('input[name='+name+']').forEach(function(i){var o=i.closest('.opt');var k=o.dataset.k==='1';if(i.checked&&k){o.classList.add('ok');any=true;}else if(i.checked&&!k){o.classList.add('bad');ok=false;}else if(!i.checked&&k){o.classList.add('miss');ok=false;}});}grade('q6a');grade('q6c');grade('q6p');showAnd(6,ok?'c':(any?'p':'i'),'<h4>Walk through the reasoning</h4><ul><li><b>Condition — hypovolemic shock from hemorrhage:</b> rising HR from baseline, downward-trending BP, restlessness, pale cool skin, and a saturated dressing form one coherent bleeding story. PE would feature sudden dyspnea/chest pain; oversedation features a LOW respiratory rate; anxiety doesn’t saturate dressings.</li><li><b>Actions — direct pressure + stay while a colleague calls rapid response:</b> pressure stops ongoing loss; an unstable client is never left alone — delegate the phone, keep your eyes on the client.</li><li><b>Parameters — urine output and level of consciousness:</b> the kidneys and brain are the most sensitive perfusion gauges and will report improvement or decline before BP does.</li><li><b>Distractor logic:</b> lorazepam would erase restlessness — your earliest warning sign; dangling legs drops blood pressure further; bowel sounds, reflexes, and temperature belong to different stories.</li></ul>');});document.getElementById('b7').addEventListener('click',function(){var a=document.getElementById('s7a'),b=document.getElementById('s7b');if(!a.value||!b.value){alert('Make both selections first.');return;}var right=a.value==='1'&&b.value==='1';var part=a.value==='1'||b.value==='1';a.style.background=a.value==='1'?'#e6f6ec':'#fde8e8';b.style.background=b.value==='1'?'#e6f6ec':'#fde8e8';showAnd(7,right?'c':(part?'p':'i'),'<h4>Walk through the reasoning</h4><ul><li><b>Interpretation — impending respiratory failure:</b> wheezing needs moving air, so a quiet chest after loud wheezing means airflow has nearly stopped; drowsiness is rising CO2 and fatigue. The client is tiring out, not calming down.</li><li><b>Action — rapid response + prepare for ventilatory support:</b> the action must match the interpretation. If you called it failure, only escalation fits.</li><li><b>Why the distractors fail:</b> routine monitoring and discharge teaching abandon a peri-arrest client; a sedative could remove the last of the respiratory drive — the most dangerous option on the screen.</li></ul>');});[/tcb-script]

Prioritization Practice Questions

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Welcome & Getting Started

Launch RN Simulator

Wellness Center

Nursing Foundations

Fundamentals & Safety

Pharmacology

Dosage Calculations

Leadership, Management & Delegation

Medical-Surgical Body Systems

Neurological System

Sensory System

Endocrine System

Respiratory System

Cardiovascular System

Hematologic/Immune/Lymphatic System

Gastrointestinal (GI) System

Renal & Genitourinary

Reproductive System

Musculoskeletal System

Integumentary System

Specialty Areas

Maternity

Infectious Diseases

Pediatrics

Mental Health

NCLEX Success Center

Clinical Judgment Practice

Prioritization Practice

Delegation Practice

Lab Values

Final Review