<section><h2><h1 style="text-align:center;"><strong>How well do you know heads-up CPR?</strong></h1></h2></section><section><h2><h2>What is the primary goal of heads-up CPR?</h2></h2></section><section><h3><h2>When performing heads-up CPR, at what angle is the patient’s head typically elevated?</h2></h3></section><section><h3><h2>The heads-up CPR technique has shown promise in improving which of the following?</h2></h3></section><section><h3><h2>In a scenario where a patient is found unconscious and not breathing, when should a trained, authorized and equipped paramedic initiate heads-up CPR? </h2></h3></section><section><h3><h2>What device is often utilized to elevate the patient's head during Heads-up CPR?</h2></h3></section><section><h3><h2>In heads-up CPR, which of the following is crucial for preventing brain injury?</h2></h3></section><section><h3><h2>While administering heads-up CPR, a bystander reports to you that the victim had a seizure before collapsing. How might this information impact your interventions?</h2></h3></section><section><h3><h2>What is one of the primary physiological benefits observed with the heads-up CPR technique compared to traditional CPR?</h2></h3></section><section><h3><h2>In a high-stress scenario where multiple rescuers are present, how should tasks be delegated while performing heads-up CPR?</h2></h3></section><section><h3><h2>What might be a potential challenge when performing heads-up CPR in a cramped environment?</h2></h3></section><section><h2></h2></section><section><h3></h3></section>