Pass Your NCLEX® Exam on the First Try!
Try real NCLEX questions with explanations and unlock your personal study plan
Now, let's discover your level with a free assessment
Answer several questions and get a personalized study plan built by expert nursing educators
1/5
A 58-year-old male, post-op day 2 after bowel resection: BP 88/54, HR 118, UO 18 mL/hr × 3 hrs. Which labeled segment mediates the body's immediate compensatory response to this clinical picture?
Segment A
Segment B
Segment C
Segment D
Explanation:
Segment D represents the distal convoluted tubule and collecting duct. Acute hypovolemia triggers ADH release from the posterior pituitary. ADH binds V2 receptors on the collecting duct → aquaporin-2 insertion → maximal water reabsorption. This is the direct mechanism behind oliguria and represents the fastest hormonal compensatory response to volume loss.
Segment A is the glomerulus, the site of filtration, not reabsorption. Glomerular pathology affects filtration rate (GFR), not the hormonal response to volume depletion seen here.
Segment B is the proximal convoluted tubule, which reabsorbs ~67% of filtered sodium and water constitutively. This is not hormonally upregulated in acute hypovolemia and does not represent the targeted compensatory mechanism here.
Segment C is the Loop of Henle, which establishes the medullary osmotic gradient essential for concentration. It is not a site of ADH action and plays no active role in the immediate hormonal compensatory response.
Correct Answer
Segment D
Explanation:
Segment D represents the distal convoluted tubule and collecting duct. Acute hypovolemia triggers ADH release from the posterior pituitary. ADH binds V2 receptors on the collecting duct → aquaporin-2 insertion → maximal water reabsorption. This is the direct mechanism behind oliguria and represents the fastest hormonal compensatory response to volume loss.
Segment A is the glomerulus, the site of filtration, not reabsorption. Glomerular pathology affects filtration rate (GFR), not the hormonal response to volume depletion seen here.
Segment B is the proximal convoluted tubule, which reabsorbs ~67% of filtered sodium and water constitutively. This is not hormonally upregulated in acute hypovolemia and does not represent the targeted compensatory mechanism here.
Segment C is the Loop of Henle, which establishes the medullary osmotic gradient essential for concentration. It is not a site of ADH action and plays no active role in the immediate hormonal compensatory response.
2/5
A 45-year-old female on lithium for 3 years presents with tremors, ataxia, and confusion. Lithium level: 2.8 mEq/L, creatinine 2.1 mg/dL. Current medications: lithium, hydrochlorothiazide, ibuprofen. Which medication most contributed to this toxicity?
Hydrochlorothiazide
Ibuprofen
Both equally
Lithium dose is inherently toxic at this level
Explanation:
Hydrochlorothiazide causes sodium and water loss → compensatory proximal tubule reabsorption increases → lithium (handled similarly to sodium) is reabsorbed alongside → lithium clearance drops significantly → toxicity. HCTZ is the primary culprit here, compounded by already-reduced renal clearance evidenced by elevated creatinine.
Ibuprofen reduces renal prostaglandin synthesis → decreased GFR → reduced lithium clearance. This is a real and dangerous interaction, but the degree of lithium retention caused by thiazides is greater and more predictable. Contributing factor, not the primary one.
Attributing equal responsibility to both drugs misrepresents the pharmacokinetics. Thiazides carry the stronger and more direct interaction with lithium, this distinction matters for priority nursing action.
Lithium has a narrow therapeutic index (0.6–1.2 mEq/L), but toxicity at 2.8 mEq/L here is drug-interaction driven, not inevitable at standard dosing. Framing it as inherently toxic ignores the reversible, preventable cause.
Correct Answer
Hydrochlorothiazide
Explanation:
Hydrochlorothiazide causes sodium and water loss → compensatory proximal tubule reabsorption increases → lithium (handled similarly to sodium) is reabsorbed alongside → lithium clearance drops significantly → toxicity. HCTZ is the primary culprit here, compounded by already-reduced renal clearance evidenced by elevated creatinine.
Ibuprofen reduces renal prostaglandin synthesis → decreased GFR → reduced lithium clearance. This is a real and dangerous interaction, but the degree of lithium retention caused by thiazides is greater and more predictable. Contributing factor, not the primary one.
Attributing equal responsibility to both drugs misrepresents the pharmacokinetics. Thiazides carry the stronger and more direct interaction with lithium, this distinction matters for priority nursing action.
Lithium has a narrow therapeutic index (0.6–1.2 mEq/L), but toxicity at 2.8 mEq/L here is drug-interaction driven, not inevitable at standard dosing. Framing it as inherently toxic ignores the reversible, preventable cause.
3/5
After an MVA, a client has loss of pain and temperature sensation below the umbilicus with intact proprioception. At which spinal level is the lesion most likely located?
T6
T10
L1
L4
Explanation:
The umbilicus corresponds to the T10 dermatome, a high-yield anatomical landmark shown on the diagram. Loss of pain and temperature sensation with preserved proprioception suggests damage to the spinothalamic tract while the dorsal columns remain intact. This pattern supports a lesion around the T10 spinal level.
T6 corresponds to the upper abdomen near the xiphoid process. A lesion at this level would affect sensation higher on the torso and would not match sensory loss beginning below the umbilicus.
L1 corresponds to the inguinal region. A lesion here would spare the umbilical area and cannot explain the described sensory findings.
L4 affects the knee and medial leg. A lesion at this level is too distal to cause abdominal sensory loss around the umbilicus.
Correct Answer
T10
Explanation:
The umbilicus corresponds to the T10 dermatome, a high-yield anatomical landmark shown on the diagram. Loss of pain and temperature sensation with preserved proprioception suggests damage to the spinothalamic tract while the dorsal columns remain intact. This pattern supports a lesion around the T10 spinal level.
T6 corresponds to the upper abdomen near the xiphoid process. A lesion at this level would affect sensation higher on the torso and would not match sensory loss beginning below the umbilicus.
L1 corresponds to the inguinal region. A lesion here would spare the umbilical area and cannot explain the described sensory findings.
L4 affects the knee and medial leg. A lesion at this level is too distal to cause abdominal sensory loss around the umbilicus.
4/5
A client with SIADH on 3% hypertonic saline: sodium rises from 118 to 132 mEq/L in 8 hours. Client becomes confused and hyperreflexic. What is the priority interpretation?
Hyponatremia resolving as expected
Hypernatremia from aggressive correction
Osmotic demyelination syndrome
SIADH exacerbation despite treatment
Explanation:
Sodium rose 14 mEq/L in 8 hours, safe correction limit is ≤10–12 mEq/L per 24 hours. Exceeding this rate causes osmotic demyelination syndrome (ODS): brain cells rapidly lose water following the osmotic shift, destroying myelin sheaths. New neurological symptoms after sodium correction are the classic warning sign and constitute a medical emergency.
Hyponatremia resolving as expected would present with clinical improvement, not new neurological deterioration. Rising sodium is correct in direction, but the rate is dangerous. Improvement and overcorrection are not mutually exclusive; new neuro symptoms shift the priority.
Hypernatremia requires sodium >145 mEq/L. At 132 mEq/L the patient remains hyponatremic, the danger here is the speed of correction, not the absolute value reached.
SIADH exacerbation would cause sodium to fall further, not rise. Rising sodium confirms the treatment is mechanically working, the problem is the rate, not treatment failure.
Correct Answer
Osmotic demyelination syndrome
Explanation:
Sodium rose 14 mEq/L in 8 hours, safe correction limit is ≤10–12 mEq/L per 24 hours. Exceeding this rate causes osmotic demyelination syndrome (ODS): brain cells rapidly lose water following the osmotic shift, destroying myelin sheaths. New neurological symptoms after sodium correction are the classic warning sign and constitute a medical emergency.
Hyponatremia resolving as expected would present with clinical improvement, not new neurological deterioration. Rising sodium is correct in direction, but the rate is dangerous. Improvement and overcorrection are not mutually exclusive; new neuro symptoms shift the priority.
Hypernatremia requires sodium >145 mEq/L. At 132 mEq/L the patient remains hyponatremic, the danger here is the speed of correction, not the absolute value reached.
SIADH exacerbation would cause sodium to fall further, not rise. Rising sodium confirms the treatment is mechanically working, the problem is the rate, not treatment failure.
5/5
A client's telemetry shows a PR interval of 0.28 seconds, consistent P waves, and all QRS complexes conducted. Where is the conduction delay most likely located?
Point 1
Point 2
Point 3
Point 4
Explanation:
A prolonged PR interval with all P waves conducted describes first-degree AV block. The PR interval reflects conduction time from the SA node through the AV node, the delay occurs at Point 2 (AV node). No beats are dropped, distinguishing this from second or third-degree block. First-degree AV block is benign but requires monitoring for progression.
Point 1 is the SA node, the origin of the impulse. Pathology here affects rate and rhythm initiation (sick sinus syndrome), not PR prolongation. SA node dysfunction does not delay AV conduction.
Point 3 represents the Bundle of His and bundle branches. Delays here produce wide QRS complexes (bundle branch block), not PR prolongation. The QRS in this client is normal, ruling out infranodal delay.
Point 4 represents the Purkinje fibers. Conduction abnormalities at this level cause ventricular conduction defects and wide QRS, not a prolonged PR interval with narrow QRS as described here.
Correct Answer
Point 2
Explanation:
A prolonged PR interval with all P waves conducted describes first-degree AV block. The PR interval reflects conduction time from the SA node through the AV node, the delay occurs at Point 2 (AV node). No beats are dropped, distinguishing this from second or third-degree block. First-degree AV block is benign but requires monitoring for progression.
Point 1 is the SA node, the origin of the impulse. Pathology here affects rate and rhythm initiation (sick sinus syndrome), not PR prolongation. SA node dysfunction does not delay AV conduction.
Point 3 represents the Bundle of His and bundle branches. Delays here produce wide QRS complexes (bundle branch block), not PR prolongation. The QRS in this client is normal, ruling out infranodal delay.
Point 4 represents the Purkinje fibers. Conduction abnormalities at this level cause ventricular conduction defects and wide QRS, not a prolonged PR interval with narrow QRS as described here.
1/5
A client on heparin infusion has aPTT 140 seconds and new onset hematuria. At which point does heparin exert its primary effect?
Point 1
Point 2
Point 3
Point 4
Explanation:
Heparin binds antithrombin III, dramatically enhancing its ability to inhibit thrombin and factor Xa, both acting at the common pathway represented by Point 3. aPTT of 140 seconds (therapeutic range 60–100 seconds) indicates supratherapeutic anticoagulation. Hematuria is a sign of bleeding complication. The LPN's priority is to report findings immediately to the supervising nurse or provider, reversal with protamine sulfate may be indicated.
Point 1 represents vascular injury and initiation of the cascade. Heparin does not act at this stage, it does not prevent vessel damage or initial platelet activation.
Point 2 represents activation of clotting factors via extrinsic and intrinsic pathways. Heparin's mechanism is downstream at the common pathway, not at the level of factor activation via tissue factor or contact activation.
Point 4 represents fibrin clot formation. Direct thrombin inhibitors such as argatroban act closer to this point. Heparin acts upstream by inhibiting thrombin before it can convert fibrinogen to fibrin.
Correct Answer
Point 3
Explanation:
Heparin binds antithrombin III, dramatically enhancing its ability to inhibit thrombin and factor Xa, both acting at the common pathway represented by Point 3. aPTT of 140 seconds (therapeutic range 60–100 seconds) indicates supratherapeutic anticoagulation. Hematuria is a sign of bleeding complication. The LPN's priority is to report findings immediately to the supervising nurse or provider, reversal with protamine sulfate may be indicated.
Point 1 represents vascular injury and initiation of the cascade. Heparin does not act at this stage, it does not prevent vessel damage or initial platelet activation.
Point 2 represents activation of clotting factors via extrinsic and intrinsic pathways. Heparin's mechanism is downstream at the common pathway, not at the level of factor activation via tissue factor or contact activation.
Point 4 represents fibrin clot formation. Direct thrombin inhibitors such as argatroban act closer to this point. Heparin acts upstream by inhibiting thrombin before it can convert fibrinogen to fibrin.
2/5
A client 6 hours post-op tibial fracture repair: pain 9/10 unrelieved by opioids, tense shiny skin over lower leg, pain with passive dorsiflexion, pulses intact. What is the priority action?
Report to the RN immediately
Administer PRN opioid
Elevate the limb
Apply ice to reduce swelling
Explanation:
Pain unrelieved by opioids, tense shiny skin, and pain with passive stretch are hallmark signs of early compartment syndrome. Intact pulses are misleading, absent pulses indicate late irreversible ischemia, meaning this presentation is still an emergency. Fasciotomy is required and this exceeds LPN scope. Immediate escalation to the RN is the only appropriate action.
Administering a PRN opioid delays escalation and masks a worsening emergency. Pain unrelieved by opioids is itself a red flag, adding analgesia does not address the cause.
Elevating the limb is contraindicated, it reduces arterial perfusion pressure, worsening ischemia. Elevation is appropriate for edema but actively harmful in compartment syndrome.
Applying ice causes vasoconstriction, further reducing perfusion to already-compromised tissue, accelerating ischemic damage.
Correct Answer
Report to the RN immediately
Explanation:
Pain unrelieved by opioids, tense shiny skin, and pain with passive stretch are hallmark signs of early compartment syndrome. Intact pulses are misleading, absent pulses indicate late irreversible ischemia, meaning this presentation is still an emergency. Fasciotomy is required and this exceeds LPN scope. Immediate escalation to the RN is the only appropriate action.
Administering a PRN opioid delays escalation and masks a worsening emergency. Pain unrelieved by opioids is itself a red flag, adding analgesia does not address the cause.
Elevating the limb is contraindicated, it reduces arterial perfusion pressure, worsening ischemia. Elevation is appropriate for edema but actively harmful in compartment syndrome.
Applying ice causes vasoconstriction, further reducing perfusion to already-compromised tissue, accelerating ischemic damage.
3/5
A client presents with absent breath sounds on the left, tracheal deviation to the right, SpO₂ 84%. Which zone requires immediate intervention?
Zone A
Zone B
Zone C
Zone D
Explanation:
Absent breath sounds on the left with tracheal deviation to the right describe tension pneumothorax in the left lung, Zone C on this diagram. The diagram shows the patient facing the viewer, so the patient's left lung appears on the right side of the image. Air accumulation in the left pleural space compresses the lung and shifts mediastinal structures rightward. This is a life-threatening emergency. The LPN must escalate to the RN immediately; needle decompression is not within LPN scope.
Zone A is the trachea. Rightward deviation is observed here as a consequence of pressure buildup in Zone C, it is the effect, not the site of primary pathology.
Zone B is the right lung. Breath sounds are present on the right, this is the unaffected side. Tracheal deviation toward the right confirms the problem originates contralaterally in Zone C.
Zone D is the diaphragm. Diaphragmatic pathology would not produce unilateral absent breath sounds with tracheal deviation, this zone is not involved in this presentation.
Correct Answer
Zone C
Explanation:
Absent breath sounds on the left with tracheal deviation to the right describe tension pneumothorax in the left lung, Zone C on this diagram. The diagram shows the patient facing the viewer, so the patient's left lung appears on the right side of the image. Air accumulation in the left pleural space compresses the lung and shifts mediastinal structures rightward. This is a life-threatening emergency. The LPN must escalate to the RN immediately; needle decompression is not within LPN scope.
Zone A is the trachea. Rightward deviation is observed here as a consequence of pressure buildup in Zone C, it is the effect, not the site of primary pathology.
Zone B is the right lung. Breath sounds are present on the right, this is the unaffected side. Tracheal deviation toward the right confirms the problem originates contralaterally in Zone C.
Zone D is the diaphragm. Diaphragmatic pathology would not produce unilateral absent breath sounds with tracheal deviation, this zone is not involved in this presentation.
4/5
A client with CKD is midway through a blood transfusion. The LPN notes temp 38.9°C, chills, flank pain, dark urine, BP 88/58. What is the priority action?
Stop the transfusion, maintain IV access, notify RN
Slow the transfusion rate and monitor
Administer antipyretics per protocol
Obtain urine sample and continue monitoring
Explanation:
Dark urine, flank pain, fever, chills, and hypotension during transfusion describe acute hemolytic transfusion reaction, caused by ABO incompatibility. Free hemoglobin from lysed RBCs precipitates in renal tubules → acute kidney injury, especially dangerous with existing CKD. Stopping the transfusion immediately while maintaining IV access is the priority. This exceeds LPN independent management, immediate RN notification is mandatory.
Slowing the transfusion is appropriate for febrile non-hemolytic reactions, which present with mild fever without hemodynamic compromise. Hypotension and dark urine indicate hemolytic reaction, slowing does not stop ongoing hemolysis and delays critical intervention.
Antipyretics address fever symptomatically but do not stop the underlying hemolysis. Administering antipyretics without stopping the transfusion allows continued exposure to incompatible blood, worsening the reaction.
Obtaining a urine sample is part of post-reaction protocol but is not the immediate priority. Continuing to monitor while the transfusion runs allows ongoing hemolysis, assessment follows cessation, not the reverse.
Correct Answer
Stop the transfusion, maintain IV access, notify RN
Explanation:
Dark urine, flank pain, fever, chills, and hypotension during transfusion describe acute hemolytic transfusion reaction, caused by ABO incompatibility. Free hemoglobin from lysed RBCs precipitates in renal tubules → acute kidney injury, especially dangerous with existing CKD. Stopping the transfusion immediately while maintaining IV access is the priority. This exceeds LPN independent management, immediate RN notification is mandatory.
Slowing the transfusion is appropriate for febrile non-hemolytic reactions, which present with mild fever without hemodynamic compromise. Hypotension and dark urine indicate hemolytic reaction, slowing does not stop ongoing hemolysis and delays critical intervention.
Antipyretics address fever symptomatically but do not stop the underlying hemolysis. Administering antipyretics without stopping the transfusion allows continued exposure to incompatible blood, worsening the reaction.
Obtaining a urine sample is part of post-reaction protocol but is not the immediate priority. Continuing to monitor while the transfusion runs allows ongoing hemolysis, assessment follows cessation, not the reverse.
5/5
A client reports inability to close the left eye, drooping of the left corner of the mouth, and loss of taste on the anterior tongue. Refer to the cranial nerve diagram. Which cranial nerve is most likely affected?
Nerve A
Nerve B
Nerve C
Nerve D
Explanation:
Inability to close the eye, facial drooping, and loss of taste on the anterior two-thirds of the tongue are classic signs of facial nerve (CN VII) palsy, Bell's palsy. Nerve A represents CN VII, branching through the parotid region across the face, controlling muscles of facial expression and carrying taste from the anterior tongue. The LPN should report findings, ensure eye protection with artificial tears and an eye patch to prevent corneal damage, and document progression.
Nerve B represents a branch near the auricular region. Lesions here would not produce the described combination of facial muscle paralysis and anterior tongue taste loss.
Nerve C represents cervical branches descending into the neck. This distribution does not innervate facial muscles or carry taste sensation, it cannot account for facial drooping or eye closure failure.
Nerve D represents deeper cervical structures. Pathology at this level affects neck musculature, not the superficial facial muscles or anterior tongue taste fibers implicated here.
Correct Answer
Nerve A
Explanation:
Inability to close the eye, facial drooping, and loss of taste on the anterior two-thirds of the tongue are classic signs of facial nerve (CN VII) palsy, Bell's palsy. Nerve A represents CN VII, branching through the parotid region across the face, controlling muscles of facial expression and carrying taste from the anterior tongue. The LPN should report findings, ensure eye protection with artificial tears and an eye patch to prevent corneal damage, and document progression.
Nerve B represents a branch near the auricular region. Lesions here would not produce the described combination of facial muscle paralysis and anterior tongue taste loss.
Nerve C represents cervical branches descending into the neck. This distribution does not innervate facial muscles or carry taste sensation, it cannot account for facial drooping or eye closure failure.
Nerve D represents deeper cervical structures. Pathology at this level affects neck musculature, not the superficial facial muscles or anterior tongue taste fibers implicated here.
Enjoyed learning?
A personalized study plan is waiting!
Take a quick 3-minute quiz to prepare for NCLEX faster and more effectively.
We've helped 4M+ students pass the NCLEX® on the first try!
Achieve 99% NCLEX® readiness with a clear strategy and without stress
Great! Just a few steps left to see your results and boost your NCLEX® readiness
Analyzing your answers...
0%
Why do you want to pass
the NCLEX®?
Select all that apply
🏥
To build a strong career
👨👩👧
To support myself or my family
🔒
To feel secure about my future
📋
To meet job requirements
💖
To make an impact on healthcare
How much time do you have before your exam?
🌪️
Less than 1 month
⏳
1-2 months
📅
2-3 months
🔋
More than 3 months
Does the NCLEX® feel stressful to you?
Rate it from 1 to 5
1
Not at all
2
3
4
5
Extremely
Feeling stressed at this
stage is very common
Reduce your stress with:
Clear daily focus
Visible progress
Smart practice that adapts to you
Great mindset
let's keep it that way
Stay confident with:
Clear daily focus
Visible progress
Smart practice that adapts to you
How much time did you study last week?
Up to 2 hours
2-5 hours
5-10 hours
More than 10 hours
I didn't study
Do you feel pressure when you're not studying?
Rate it from 1 to 5
1
Not at all
2
3
4
5
Absolutely
What's challenging about
your exam prep?
Select all that apply
😴
I often feel low on energy
🗓️
I have a very busy schedule
🧭
I'm not sure what to study next
🧠
I struggle to remember what I studied
📚
It's hard to find the right study materials
✅
None of the above
Challenges don't have to
hold you back
See what students say about ExamReady:
Verified
Lindsey Torres
5 hours ago
I work long shifts so studying for hours wasn't realistic. This app helped me use short breaks during the day. The quick quizzes made studying feel doable.
Verified
Ryan Patel
Jul 18, 2025
I was jumping between YouTube, textbooks, random sites and it was chaos. Here the quizzes and cheat sheets cover all the topics. I finally stopped feeling lost.
Verified
Camila Santos
Dec 26, 2024
Some topics just wouldn't stick for me no matter what I tried. What helped most was reviewing missed questions. Going back to my weak areas really built my confidence.
How are you currently preparing for your exam?
Select all that apply
🎯
Learning apps
📷
YouTube / videos
📚
Books
🌐
Online search / ChatGPT
🎧
Audio content
🧩
Other
❌
Not preparing right now
Prepare smarter and faster with the ExamReady App
Quizzes with expert explanations and high-yield cheat sheets improve understanding and retention.
Creating the first part
of your personal study plan...
0%
Which topics do you want
to improve?
Select all that apply — your choices won't limit your experience
Management of Care
Safety and Infection Control
Health Promotion and Maintenance
Psychosocial Integrity
Basic Care and Comfort
Pharmacological and Parenteral Therapies
Reduction of Risk Potential
Physiological Adaptation
Would you like to simplify tough topics with high-yield cheat sheets?
Would you like to practice NCLEX®-style questions with clear explanations?
Would you like to build clinical judgment with NGN case studies?
Would you like smart practice that adapts to your weak areas?
Would you like to track your progress and exam readiness?
Would you like to make your prep more engaging with game-style practice?
Would you like to reduce exam anxiety with
a structured study plan?
1 month of ExamReady
is 20x cheaper than 1 hour
with a tutor
Plus, you get unlimited practice, progress tracking, and full 24/7 access
Your personal plan is almost ready — built to strengthen your weak areas and help you reach 99% NCLEX® readiness
How much time can you spend preparing?
Small daily steps lead to big results
✌️
Easy
10 min daily
👌
Common
20 min daily
🤘
Serious
40 min daily
💪
Intensive
60+ min daily
When do you want to study?
Create a study routine that fits your life
🌅
Early morning
🕛
At noon
🌇
After work
🌙
Before bedtime
🌀
Anytime
Stress-free Streaks help you stay motivated to reach
your goal
We've helped 2M+ students pass the NCLEX-PN® on the first try!
Achieve 99% NCLEX® readiness with a clear strategy and without stress
How do you usually study?
I study from textbooks or notes
I watch video lessons
I practice with quizzes
I use flashcards or quick-reference sheets
Other
Do you feel like you have enough time to prepare properly?
Rate from 1 to 5
1
Not at all
2
3
4
5
Absolutely
Prepare 10x smarter and faster with ExamReady App
Expert-built quizzes, clear explanations, and powerful tools — all to make prep easier and more effective
Is it hard for you to stay focused when you study?
Rate from 1 to 5
1
Not at all
2
3
4
5
Absolutely
Do you usually study in a quiet and comfortable place?
Rate from 1 to 5
1
Never
2
3
4
5
Always
Do you feel productive enough?
Rate from 1 to 5
1
Not at all
2
3
4
5
Absolutely
Does the NCLEX feel stressful to you right now?
Rate from 1 to 5
1
Not at all
2
3
4
5
Extremely
You're in good hands!
Passing the NCLEX on the first try can be challenging — we know how to help you focus, study your way, and see real results
*92% of ExamReady students report better focus and consistency after just one week
What motivates you to keep studying?
🩺
To make a real impact on patients
🎯
To reach my professional goals
🌱
To build a better future
✨
All of the above
Motivation is your key to success
When you know exactly why you're studying, it's easier to stay focused — even when it gets tough
What do you want your NCLEX prep to help you achieve?
🥇
Pass on the first try
🤝
Build confidence before exam day
📚
Master nursing topics
✨
All of the above
Reach your goals with the
all-in-one ExamReady App
Master every topic with practice questions & clear explanations
Save time and prepare efficiently with smart quiz modes
Track your progress, strengthen weak areas, and stay exam-ready
What's your biggest worry about the exam day?
🧠
I'll forget what I studied
⏳
I won't manage time well
😰
I'll panic or get anxious
❓
I won't be prepared for some questions
😔
All of the above
Which topics do you want to improve?
Select all that apply — your choices won't limit your experience
Management of Care
Safety and Infection Control
Health Promotion and Maintenance
Psychosocial Integrity
Basic Care and Comfort
Pharmacological and Parenteral Therapies
Reduction of Risk Potential
Physiological Adaptation
How hard is it for you to study from textbooks?
Rate from 1 to 5
1
Not at all
2
3
4
5
Extremely
Your personal plan is almost ready — built to boost your growth areas and get 99% NCLEX® readiness
How much time can you spend preparing?
Small daily steps lead to big results
✌️
Easy
5 min daily
👌
Common
10 min daily
🤘
Serious
15 min daily
💪
Intensive
20+ min daily
When do you want to study?
Create a study routine that fits your life
🌅
Early morning
🕛
At noon
🌇
After work
🌙
Before bedtime
🌀
Anytime
Your plan is built with expertise from our clinical education team
Expert-reviewed content
Emily Carter, DNP, APRN, FNP-C
Nurse Practitioner, 16+ years clinical experience
Hannah Grant, MSN, RN, CNE®
Certified Nurse Educator, NCLEX® Specialist
Michelle Owens, BSN, RN
NCLEX® Prep Instructor, Former Clinical Nurse
and a broader clinical faculty team ensuring accuracy and quality
Creating your personal
study plan...
Goals
0%
Adapting growth areas
0%
Optimization study content
0%
Trusted by 4M+ students
Verified
Emma Collins
4 Jan, 2026
I had limited time to prepare for my exam, but this app made it easy. Clear explanations and a smart plan helped me pass on the first try!
Verified
Lily Stevenson
24 Apr, 2023
I was so stressed about NCLEX until I found this app. It broke everything into manageable parts and helped me stay motivated. I felt calm on test day, and it paid off.
Verified
Marcus Dawson
8 Nov, 2025
The quiz modes were a lifesaver! 'Missed Questions' helped me fix weak spots, and 'Saved Questions' let me review before my exam. Super effective and easy to use!
Enter your email to get your personal study plan
Your plan includes a gift: NCLEX® Cheat Sheets
The last plan you'll need
to pass the NCLEX-RN®
Based on your answers, we've created a plan for 99% NCLEX® readiness
Recommended
by practicing nurses
Scratch to reveal your
special discount!
We want you to start your journey with a nice surprise
Applied automatically at checkout
You got an exclusive
promo code
NCLEX_26
To move forward, specify