B) burst
C) shrink in size
D) remain constant in size
Answer: C
There are three different types of solution:
Hypertonic solution:
A solution that has more solutes that the cell.As a result more water exits a cell causing the cell to shrink.
Isotonic solution
A solution is said to be isotonic to a cell if it has the same concentration of solutes as the cell means equal amount of water are entering and leaving the cell so the cell size would remain constant
Hypotonic:
A solution that has fewer solutes that the cell. As a result more water enters a cell causing the cell to swell or even burst
Are you referring to oxidation phosphorylation?
b)The population of tan mice will decrease.
c)The black mice and tan mice will compete for food resources.
d)The tan mice and brown mice will compete for food resources.
The availability of food resources for black and brown mice will decrease.
II. The muscles of the muscular system contract or relax to move the bones of the skeletal system.
III. The bones of the skeletal system and the skin of the integumentary system work together to provide protection for the human body.
Answer:
The answer is all three/ I, II, III
Explanation:
The study island explanation is:
The systems of the human body work together to sustain life. For example, the integumentary system, the muscular system, and the skeletal system all work together to protect the body and allow movement.
Movement is an important function of the human body. The skin of the integumentary system covers and protects the muscles of the muscular system and the bones of the skeletal system. The muscles relax and contract to move the bones of the skeletal system to allow the human body to move.
The bones and the skin are also important for protecting the human body from injury. Skin protects the body from the external environment by providing a barrier between the inside of the body and the outside world. The bones, on the other hand, protect the internal organs of the body by providing a hard shield against outside forces.
I, II, and III are all true about the interactions between or among the integumentary, muscular, and skeletal systems of the human body.