Exactprep CPHRM Questions

If each transfusion has an independent probability of error, the number of transfusions until thefirsterror is modeled by thegeometric distribution, which describes “trials until first failure.” The expected number of transfusions before an error is approximately, so. Risk management objectives use this type of reliability thinking to convert percentages into operational intuition: “Even a 0.3% error rate becomes a predictable event in high-volume processes.” That insight supports prioritizing controls (barcoding, two-person verification, bedside ID checks, standardized labeling, transfusion time-outs) because rare-event rates still produce real harm over time. Interpreting reliability this way also helps boards and leaders understand that “99.x%” can be unsafe in critical processes and that system redesign is often necessary to reach high reliability.

According to Health Care Risk Management standards supported by ASHRM and the American Hospital Association Certification Center, occurrence coverage provides protection for incidents that occur during the policy period, regardless of when the claim is reported. The triggering event is the date of the occurrence. As long as the alleged act or omission took place while the policy was in force, coverage applies even if the claim is filed years later.

Option A is incorrect because occurrence coverage does not extend to incidents that occur prior to the policy’s effective date. Coverage is strictly tied to the policy period.

Option C is incorrect because in claims-made coverage, the retroactive date is critical. Coverage applies only to claims made during the policy period for incidents that occurred on or after the retroactive date.

Option D is incorrect because the “nose” period, also known as prior acts coverage, is highly significant in claims-made policies. It determines whether earlier acts are covered when switching carriers.

Risk financing objectives emphasize understanding policy triggers, retroactive dates, and reporting requirements. Therefore, occurrence coverage applies to incidents that occur while the policy is in effect.

OSHA can cite employers under theGeneral Duty Clausewhen a recognized serious hazard exists and no specific standard applies. Risk management objectives require proactive hazard identification and controls even when regulations are not prescriptive: risk assessments, engineering controls where feasible, administrative controls (policies, training), and PPE as a final layer. In healthcare, this is relevant for emerging hazards (novel chemical exposures, workplace violence risks, certain ergonomic hazards) where specific standards may be limited. Maintaining documentation of hazard recognition and mitigation is essential for defensibility during inspections and for staff safety outcomes.

Failing to order or perform an indicated test can represent a diagnostic process failure—an omission that delays recognition of deterioration, leading to harm and escalation of care. Risk management objectives treat diagnostic safety as a systems issue: access to decision support, timely follow-up of abnormal results, clear responsibility for test ordering and review, effective handoffs, and adequate staffing/workload conditions to avoid missed steps. Such errors are often linked to underuse in the IOM quality framework (failure to provide beneficial service) and can drive claims due to preventable worsening. Preventive strategies include standardized pathways, trigger tools for abnormal labs, closed-loop test result management, and teamwork practices that encourage escalation when clinical concern persists despite uncertainty.