Israel RN Licensure Exam common mistakes
Israel RN Licensure Exam · Understand the traps and how to avoid them.
Reading a priority question as 'what is true' rather than 'what comes first', and selecting the correct-but-not-first intervention (e.g., choosing 'administer oxygen' before 'assess airway and breathing' in an acutely deteriorating patient).
The Israeli licensure exam borrows the ABCDE/priority logic of international exams, but candidates trained locally often practise in settings where the first action is dictated by protocol or by a physician's order, so they answer from memory of what was done rather than from a hierarchy. Under time pressure the most familiar intervention feels most 'correct'.
What to do instead
Before answering any acute-care item, write the hierarchy on scratch paper: airway > breathing > circulation > neurological > safety/psychosocial. Then rank every option against it and eliminate any option that is an assessment when a life-saving intervention is already indicated, or an intervention when assessment has not yet occurred. Practise 30 such items and justify each ranking aloud.
Confusing the roles and legal boundaries of the registered nurse versus the practical nurse, nurse practitioner, and midwife - for example, assuming an RN may independently initiate blood products, or that a midwife requires a physician's order for routine intrapartum care.
The Israeli Nurse Practice Ordinance and Ministry of Health circulars define scope by regulation and by hospital procedure, and much of this is learned informally on the ward. Candidates generalise from their own institution's custom, which may be more restrictive or more permissive than the law.
What to do instead
Build a one-page scope-of-practice table from the Nurse Practice Ordinance, the Public Health Ordinance, and Ministry of Health director circulars: for each role list independent actions, actions requiring a physician's order, and actions requiring certification. Review the table weekly and test yourself by classifying 20 clinical actions into those three columns.
Managing a postpartum haemorrhage item by choosing 'massage the uterus' as the single answer, without first or simultaneously addressing the ABCs, quantifying blood loss, and escalating; or choosing 'give oxytocin' before establishing IV access and assessing the cause (tone, tissue, trauma, thrombin).
Uterine atony is the most taught cause, so candidates anchor on it. Exam items deliberately include a distended bladder, retained placenta, or genital tract trauma to test whether the candidate assesses cause before treating. Candidates also underestimate how quickly a postpartum patient decompensates because of physiological plasma volume expansion in pregnancy.
What to do instead
Memorise the 4 T's with the corresponding first action for each, and rehearse the sequence: call for help, assess vital signs and quantify loss, fundal massage and empty bladder, establish large-bore IV access, give uterotonics per protocol, then escalate to balloon or surgery. For each practice item, state the cause category before choosing the intervention.
Applying adult vital-sign thresholds and adult drug doses to infants and children - for example, treating a respiratory rate of 40 in a 6-month-old as tachypnoea warranting immediate escalation, or calculating a paediatric dose by simple linear reduction from the adult dose.
Adult medical nursing dominates most candidates' clinical experience, and paediatric placements are short. Normal ranges change with age and candidates memorise a single set of numbers. Weight-based dosing in mg/kg is taught but rarely practised under supervision.
What to do instead
Create an age-banded reference card (neonate, 1–12 months, 1–3 years, 4–6 years, school age, adolescent) with normal respiratory rate, heart rate, systolic BP, and weight estimates, and drill it until recall is automatic. For every paediatric medication item, write the mg/kg calculation explicitly, convert to mL, and check against a maximum adult dose before selecting an answer.
Answering psychiatric items by choosing the 'kindest' or most reassuring response - telling a patient with suicidal ideation 'you have so much to live for', or reassuring a patient with health anxiety that 'everything will be fine' - instead of choosing the response that validates feelings, assesses risk, and maintains safety.
Candidates conflate therapeutic communication with everyday comforting, and social norms reward reassurance. Exam items are constructed so that the warmest-sounding option is the least therapeutic, testing whether the candidate can distinguish empathy from false reassurance and from giving advice.
What to do instead
Learn to classify every option as: false reassurance, giving advice, minimising, probing, interpreting, or therapeutic (reflection, validation, open question, safety planning). Eliminate the first five categories before choosing. For suicidal ideation items, always identify the option that directly assesses plan, means, and intent, or that implements environmental safety.
Selecting 'notify the physician' or 'document the incident' as the answer for a medication error or a near miss, when the item is testing the immediate patient-safety action (stop the infusion, assess the patient, check the medication and dose) or the reporting pathway (incident report to risk management, national reporting).
Notification and documentation are the visible end of the workflow, so they feel like the definitive answer. Candidates also confuse the incident report with the clinical record and believe the report belongs in the chart. The distinction between a near miss and an adverse event is often blurred in day-to-day practice.
What to do instead
Adopt a fixed sequence for every medication-safety item: stop and assess the patient, check the five rights against the order, provide the antidote or supportive measure, notify, then report. Memorise that the incident report is a separate, non-punitive risk-management document that is not filed in the medical record and does not replace charting the clinical facts.
Treating standard precautions as applicable only to patients with a known infectious diagnosis, and choosing 'wear gloves' as sufficient protection for procedures that require gloves plus gown plus eye protection, or choosing contact precautions for a pathogen that requires airborne precautions (e.g., pulmonary tuberculosis, measles, varicella).
Personal protective equipment availability and habit vary by ward, and candidates extrapolate from what they saw rather than from the transmission route. The three-tier precaution model (standard, contact, droplet, airborne) is memorised as labels without being linked to specific organisms and specific procedures.
What to do instead
Build a transmission-route table: for each organism (MRSA, VRE, C. difficile, influenza, meningococcus, tuberculosis, measles, varicella, scabies) record the precaution type, the required PPE, the room type, and the duration. Separately memorise that standard precautions apply to all body fluids for all patients, and that procedures generating aerosols or splashes require mask, gown, and eye protection regardless of diagnosis.
Answering geriatric items with the same targets used for younger adults - aiming for tight glycaemic control, aggressive blood pressure lowering, or full-code resuscitation by default - instead of individualised goals that account for frailty, falls risk, polypharmacy, and cognitive status.
Guidelines for younger adults are more widely publicised and easier to memorise, and candidates assume a single correct numeric target exists. Geriatric medicine is explicitly about individualised targets, which makes candidates uncomfortable because it seems to lack a 'right answer'.
What to do instead
For every geriatric item, first identify the patient's functional and cognitive baseline and the presence of frailty or multimorbidity, then ask whether the option reflects a relaxed, individualised target. Memorise the concepts of deprescribing, the increased sensitivity of older adults to anticholinergics, sedatives, and anticoagulants, and the falls-risk implications of antihypertensives and hypoglycaemia.
Mismanaging surgical or post-anaesthesia items by attributing deterioration to pain or to the surgery itself - for example, treating new agitation and hypertension after surgery as inadequate analgesia when it signals hypoxaemia, or missing that a patient with a rising heart rate and falling urine output after abdominal surgery is bleeding rather than dehydrated.
Post-operative pain is common and expected, so it becomes the default explanation. Opioid analgesia also masks signs. Candidates do not routinely link the specific operation to the specific complication risk (respiratory for upper abdominal and thoracic surgery, anastomotic leak for bowel surgery, bleeding for pelvic surgery).
What to do instead
For every post-operative item, run the same checklist: airway and sedation level, oxygenation and respiratory rate, haemodynamics and wound/drain output, urine output, temperature, and pain score. Then map the operation to its two most likely complications and check whether the presented signs fit. Treat unexplained tachycardia as bleeding or hypovolaemia until proven otherwise, and never accept a low respiratory rate with sedation as reassuring.
Misreading the question stem's qualifier - 'except', 'least likely', 'initial', 'priority', 'best' - and answering the opposite of what was asked, or choosing an option that is true but does not answer the qualifier.
Items are long and include clinical detail that invites the candidate to start solving the case before finishing the sentence. Under time pressure candidates skim, and once a plausible option is found they stop reading. Negative stems are also less common in local training materials, so they are not anticipated.
What to do instead
Adopt a mechanical routine: read the last sentence of the stem first, underline the qualifier, then read the case. Re-read the qualifier before confirming the answer. Practise with mixed sets that deliberately alternate 'best', 'except', 'initial', and 'priority' so the habit becomes automatic rather than dependent on vigilance.