Medical Quiz

Body System Interactions Quiz

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The digestive and respiratory systems pair together to …

A. bring carbon dioxide and wastes to cells for diffusion.

B. bring oxygen and wastes to cells for diffusion.

C. bring oxygen and nutrients to cells for cellular respiration.

D. bring carbon dioxide and nutrients to cells for cellular respiration.


What 2 systems: Diaphragm controls breathing

A. Circulatory and Endocrine

B. Respiratory and Muscular

C. Muscular and Skeletal

D. Circulatory and Respiratory


The muscular system interacts with the ____ system because the heart is a muscle and it pumps blood to every cell in our body.

A. excretory

B. endocrine

C. digestive

D. circulatory


Organs of this system include the kidneys and bladder

A. Digestive

B. Excretory

C. Immune

D. Skeletal


Kidneys are part of the urinary system in a human body. They purify the impure blood and send it back to the rest of the body. Which system is mainly responsible for the transport of blood to the kidneys?

A. Respiratory system

B. Circulatory system

C. Muscular system

D. Nervous system


When your body comes in contact with a sharp object, an impulse sent you your brain triggers a reflex that causes you to move away from the object. What body systems are interacting to cause this response?

A. Nervous, Respiratory,

B. Nervous, Muscular

C. Nervous, Skeletal

D. Nervous, Digestive


How does the Circulatory System help the Muscular System?

A. Protects muscles

B. Sends messages to the muscles to contract

C. Brings oxygen into the body

D. Delivers nutrients and oxygen to muscle tissue


Olympic sprinters undergo increased heart and breathing rates while competing. Which of the following best describes the interactions among systems of a sprinter?

A. Respiratory system is working to obtain more oxygen, while the circulatory system works to transport the oxygen to the muscles.

B. The digestive system takes in more glucose, while the excretory system removes waste.

C. The endocrine system transports ATP to the nervous system

D. Excretory system removes waste from the digestive system to reduce weight so the sprinter can run faster


Why is the maintenance of homeostasis important to multicellular organisms?

A. They must keep their internal environment within a narrow range of conditions.

B. They require the ability to adjust their internal environment to match their external environment

C. Their cells need to be able to respond rapidly to drastic changes in their external enviornment

D. Their internal environment must provide their cells with a wide range of conditions


David has diabetes. His sugar level is often rising and lowering. Which body system is in charge of regulating his sugar levels?

A. Excretory

B. Endocrine

C. Circulatory

D. Nervous


Our brain is a part of our ____ system and it interacts with our muscular system to coordinate movements throughout our bodies.  

A. excretory

B. digestive

C. eyes

D. nervous


The skeletal system interacts with the _____ system when it produces red blood cells.  

A. circulatory

B. excretory

C. digestive

D. nervous


Which level of organization is listed correctly from simple to complex?

A. Organelle, organ, organ system, tissue, cell

B. Cell, tissue, organ, organ system, organism

C. Organism, organ system, organ, tissue, cell

D. cell, tissue, organ system, organ, organelle


Which two body systems interact to send oxygen throughout the body?

A. Nervous and Digestive

B. Respiratory and Circulatory

C. Excretory and Endocrine

D. Circulatory and Skeletal


The digestive and respiratory rely on the ___ systems to transport needed materials to the cells.

A. circlatory and excretory

B. circulatory and muscular

C. nervous and digestive

D. nervous and skeletal


Topics:

Musculoskeletal Disorders Disease Outbreak and Transmission First Aid Bleeding DNA and Polypeptide Synthesis Muscle pathophysiology Health and The Environment Health and Wellness Body Systems & Anatomical Terms Health and Diseases Genes and Cells Skeletal Muscle Anatomy Common Respiratoty Diseases Hormones Cell Transport Emergency Medicine