Systems Interactions Review

Which two body systems are interacting in this scenario:

Lungs supply oxygen carried by red blood cells to the cells of the body.

• endocrine and circulatory

• respiratory and endocrine

• respiratory and circulatory

• digestive and circulatory

Which two body systems are interacting in this scenario:

Nutrients pass into the circulatory system to be carried to body.

• digestive and excretory

• digestive and circulatory

• endocrine and circulatory

• circulatory and excretory

Which two body systems are interacting in this scenario:

Kidneys filter water from the body and waste from the blood.

• digestive and excretory

• digestive and circulatory

• excretory and endocrine

• excretory and circulatory

Which two body systems are interacting in this scenario:

Lifting weights and running on the treadmill.

• muscular and integumentary

• muscular and circulatory

• skeletal and muscular

• skeletal and circulatory

Which two body systems are interacting in this scenario:

Platelets sealing a paper cut on the face.

• integumentary and circulatory

• integumentary and nervous

• circulatory and nervous

• integumentary and muscular

Tags

NGSS.MS-LS1-3

Which two body systems are interacting in this scenario:

Your brain signaling the release of hormones.

• nervous and integumentary

• nervous and endocrine

• endocrine and circulatory

• nervous and circulatory

Which two body systems are interacting in this scenario:

White blood cells engulfing viruses that has entered the body through the skin.

• immune and endocrine

• endocrine and circulatory

• immune and nervous

• immune and circulatory

Tags

NGSS.MS-LS1-3

Which two body systems are interacting in this scenario:

Chewing and swallowing and movement of food through the digestive tract.

• muscular and excretory

• muscular and skeletal

• endocrine and excretory

• muscular and digestive

The diagram shows the internal feedback mechanism that maintains blood calcium (Ca2+) homeostasis.

If a person has a blood calcium (CA2+) level of 8 mg/100 mL of blood, which of the following mechanisms does the body use to maintain blood calcium homeostasis?

• The kidneys take up more Ca2+ and release vitamin D

• The bones release Ca2+

• The intestines increase reabsorption of Ca2+.

• All of the above

Tags

NGSS.HS-LS1-3