) During exercise, the body must regulate its internal conditions to maintain homeostasis. Which statement best explains how multiple organ systems work together to achieve this?

Question

(5 Points)

The respiratory system increases oxygen intake, the circulatory system transports oxygen to muscles, and the excretory system removes carbon dioxide.

The digestive system increases nutrient absorption, the integumentary system stores oxygen, and the nervous system pumps blood.

The circulatory system absorbs oxygen, the digestive system removes carbon dioxide, and the nervous system transports nutrients.

The excretory system breaks down food, the musculoskeletal system filters blood, and the integumentary system moves oxygen.

Answer 1

The statement that best explains how multiple organ systems work together to achieve homeostasis during exercise is:

"The respiratory system increases oxygen intake, the circulatory system transports oxygen to muscles, and the excretory system removes carbon dioxide."

This statement correctly describes the roles of different organ systems in regulating internal conditions during physical activity. The respiratory system facilitates the intake of oxygen, which is essential for muscle function, while the circulatory system ensures that this oxygen is delivered to the muscles. Additionally, the excretory system plays a vital role in removing carbon dioxide, a waste product of metabolism, to maintain homeostasis.