The muscles are connected to the bones. Without the bones, the muscles would fall down in a mass of mush, but without the muscles, the bones would not be able to make our bodies move. We would always stay still.
Skeletal and muscular systems
The functions of the skeletal system and the muscular system support each other. They relate to one another because the skeletal system provides structure and support while the muscular system provides the power needed for movement.
Muscles are attached to the skeleton.
The skeletal system protects most systems, while the muscel system moves the bones.
The muscles are connected to the bones. Without the bones, the muscles would fall down in a mass of mush, but without the muscles, the bones would not be able to make our bodies move. We would always stay still.
The skeletal system is closely related to the muscular system. When you think on walking, or making any other movement, the muscular system that makes part of the bones, articulations, tendons, gets an order from the brain, thus actuating the limbs that make you stand up, walk, rise your arm,and so on.
it aids with movement
The skeletal and muscular systems are closely related. The muscular system is connected to the skeletal system through ligaments. The muscles are what makes the bones move.
Forensic anthropology focuses on the identification of human remains, which involves studying the skeletal system to determine age, sex, ancestry, and possible cause of death. It relies on knowledge of how the human body systems develop, function, and interact to interpret skeletal evidence. Understanding the relationships between body systems helps forensic anthropologists reconstruct details about an individual's life and death from their bones.
relate
A collection of structures, cycles, and processes that relate to and interact with one another is referred to as a "system." In scientific contexts, this can pertain to various fields, such as ecology (ecosystems), biology (biological systems), or even physics (physical systems). Understanding these systems and their interactions is crucial for studying and solving complex problems in nature and technology.
The second law of thermodynamics states that