Question 1
What color is biliverdin, and what color is bilirubin?
Correct Answer:
Greenish; orange
Explanation:
Biliverdin is a green pigment that is produced from the breakdown of heme, a component of hemoglobin in red blood cells. Its color can be described as greenish. When biliverdin is further metabolized, it is converted to bilirubin, which has a yellow to orange color. This transition is important in the process of heme catabolism, and the distinct colors of biliverdin and bilirubin play a role in diagnostics and indicate various physiological states, such as liver function and hemolytic processes. In choosing the correct option, it reflects the natural progression of these pigments in the body and highlights their respective colors: biliverdin being greenish and bilirubin being yellow to orange.
Question 2
What is the term for the percentage of red blood cells (RBC) in a blood sample?
Correct Answer:
Hematocrit
Explanation:
The term for the percentage of red blood cells in a blood sample is hematocrit. Hematocrit is a crucial measurement in evaluating blood composition, allowing healthcare providers to assess whether a person has a normal, elevated, or decreased red blood cell volume. This measurement is expressed as a percentage; for example, a hematocrit of 45% means that 45% of the total blood volume consists of red blood cells. The assessment of hematocrit is vital for diagnosing various medical conditions, such as anemia, polycythemia, and other blood-related disorders. It helps indicate the blood's oxygen-carrying capacity, which is especially important in evaluating a person's overall health. The other terms listed, such as plasma volume and serum fraction, refer to different components of blood. Plasma volume pertains to the liquid part of the blood where cells are suspended and does not specifically indicate red blood cells' proportion. Serum fraction relates to the part of blood that remains after coagulation and also does not represent the red cell portion. Red cell mass refers to the total amount of red cells in circulation but does not quantify it as a percentage of the overall blood volume. Hence, hematocrit is the most accurate term for the percentage of red blood
Question 3
What do T-cells primarily recognize in immune responses?
Correct Answer:
Antigens on infected cells
Explanation:
T-cells primarily recognize antigens on infected cells, which is central to their function in the immune response. These antigens are typically presented by major histocompatibility complex (MHC) molecules on the surface of cells. Infected cells process and display fragments of pathogens, such as viruses or intracellular bacteria, on their surface using MHC class I molecules for CD8+ cytotoxic T-cells, or MHC class II molecules for CD4+ helper T-cells. This recognition is crucial for T-cells to activate and proliferate in response to a threat. The CD8+ T-cells can directly kill infected host cells, while CD4+ T-cells can help orchestrate other parts of the immune response, including the activation of B-cells and other immune cells. Thus, the ability of T-cells to specifically target and respond to these presented antigens is vital for an effective immune response against infections. While pathogens are indeed the source of these antigens and self-cells can be affected, T-cells do not exclusively recognize pathogens or self-cells independently; rather, their primary role is tied to the recognition of antigens that signal infection. Therefore, identifying and responding to antigens on infected cells is specifically
Question 4
Which of the following is NOT a tissue response associated with inflammation?
Correct Answer:
Nearby blood vessels become constricted
Explanation:
In the context of inflammation, nearby blood vessels typically undergo dilation rather than constriction. This vasodilation is crucial as it allows more blood to flow to the affected area, which increases the delivery of essential immune cells, nutrients, and oxygen, facilitating the healing process. Increased vascular permeability is a hallmark of inflammation, allowing plasma proteins and immune cells to exit the circulatory system and enter the site of injury or infection. The accumulation of neutrophils is also characteristic of the inflammatory response, as these white blood cells are among the first responders to sites of infection or injury, helping to eliminate pathogens and debris. Formation of granulation tissue is part of the healing process that occurs after the acute inflammatory phase, involving the growth of new tissue and blood vessels, which helps to repair any damage. In summary, vasodilation is a critical response in inflammation rather than vasoconstriction, making that the correct choice for the question.
Question 5
What greenish pigment is formed when hemoglobin molecules are decomposed?
Correct Answer:
Biliverdin
Explanation:
The greenish pigment formed when hemoglobin is decomposed is biliverdin. This pigment is a product of the breakdown of heme, which is the iron-containing component of hemoglobin. During the degradation process, heme is converted into biliverdin before it is further reduced to bilirubin, another important pigment that is yellow in color. Biliverdin is significant in the context of the body’s natural recycling of red blood cells, where hemoglobin is broken down after the cells reach the end of their lifespan. This conversion is a normal physiological process that occurs in the liver and spleen, and the presence of biliverdin in the body can indicate how efficiently the hemoglobin breakdown pathways are functioning. It is also important in understanding various conditions related to hemolysis, jaundice, and liver function.
Question 1
Exam overview

About this Exam

The Rutgers Anatomy & Physiology II Practice Exam is designed to support students currently enrolled in or preparing for the Rutgers University A&P II course. It is an essential tool for future healthcare professionals, including nursing students, pre-med candidates, and allied health majors, who must demonstrate a comprehensive understanding of human biological systems. This course follows the foundational knowledge from A&P I, diving deeper into complex, interconnected systems, and this practice exam is your best resource to simulate the final assessment and gauge your readiness.

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What the Course Entails and Exam Details

This comprehensive course, often required for entry into competitive medical and nursing programs, focuses on physiological systems and how they integrate to maintain human life. The practice exam mirrors the rigorous syllabus, covering these core topics in detail:

  • Cardiovascular System: Heart anatomy, blood flow, the cardiac cycle, and blood vessel physiology.

  • Lymphatic and Immune Systems: Structure and function of the lymphatic system and the body's defense mechanisms.

  • Respiratory System: Anatomy, mechanics of breathing, and gas exchange.

  • Digestive System: The GI tract, chemical digestion, and nutrition.

  • Urinary System: Kidney function, nephron structure, and urine formation.

  • Reproductive Systems: Male and female anatomy and physiology.

  • Fluid, Electrolyte, and Acid-Base Balance: Understanding homeostasis.

  • Endocrine System: Gland function, hormone control, and metabolism.


What to Expect in the Final Exam

You can expect the practice exam to realistically simulate the structure and style of the actual Rutgers final, preparing you for success on game day.

  • Exam Format: Like the actual university assessment, the test typically includes multiple-choice questions, matching exercises, anatomical labeling of diagrams, and critical-thinking short-answer scenarios.

  • Time Limits: It is designed to be completed within the same timeframe allowed for the final exam (e.g., two to three hours).

  • Passing Score: A passing score often aligns with the minimum prerequisite required by professional programs, such as a 70% or better (a 'C' in many cases).

  • Difficulty: Questions are rigorous, focusing not just on recall but on applying physiological concepts to clinical situations.


How to Study and Exam Centers

The key to passing Rutgers A&P II is consistent, active study, and our practice exam is central to that strategy.

Effective Study Strategies:

  1. Utilize Practice Exams: Take our full-length practice tests under timed, simulated exam conditions multiple times. Analyze every error.

  2. Active Recall and Spaced Repetition: Don’t just re-read notes; use flashcards for complex physiological pathways and anatomical terms.

  3. Draw Diagrams: If you can't draw the cardiac cycle or the nephron, you don't know it. Practice labeling blank diagrams.

  4. Join Study Groups: Teaching concepts to others is the highest level of mastery. Rutgers learning centers often facilitate these.

  5. Review Lecture Materials: Focus heavily on materials provided by your instructors, as exam content is derived directly from class.

Exam Centers:

While the final, comprehensive exam for the course is typically scheduled and administered directly on the relevant Rutgers University campuses (e.g., New Brunswick, Newark, Camden) within university facilities, our high-quality practice exams are available online. This allows you to prepare on your own schedule from anywhere, providing the targeted practice needed to excel when you sit for the actual proctored test.


Job Opportunities from the Course

A strong foundation in Anatomy & Physiology II is the non-negotiable gateway to virtually all high-impact, in-demand careers in healthcare. A high score on this Rutgers exam validates your preparation for professional school, unlocking paths such as:

  • Registered Nurse (RN)

  • Physician Assistant (PA)

  • Physical Therapist (PT)

  • Occupational Therapist (OT)

  • Medical Doctor (MD/DO)

  • Dentist (DDS/DMD)

  • Pharmacist (PharmD)

  • Veterinarian (DVM)

  • Nurse Practitioner (NP)

  • Clinical Research Coordinator

  • Diagnostic Medical Sonographer

  • Respiratory Therapist

  • Speech-Language Pathologist

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