a well i don't really know the answer so please help me!!!!! I'm so confused. why can't they just tell us the answer?? GEESE
Sorry, Geese, Maybe they want you to dig it out of your text. Now, on to the initial question:
The whole thoracic arrangement (of a human) would be supported by the thoracic vertebrae, and those, in turn by the lumbar vertebrae which rest on the pelvis, connected to the femurs and then to the tibiae and fibulae which pass the load through the tarsals and metatarsals into your shoe. So the ultimate answer would have to be "The floor that you are standing on." but, you may want to break out that text and see if "thoracic vertebrae" doesn't satisfy that question.
That is the worng answer the answer is......It lets it diguests the thoracic first
my a
The rib cage supports and protects vital organs in the thoracic cavity, including the heart and lungs. It also provides structural support for the upper body and aids in respiration by allowing the expansion and contraction of the chest during breathing. Additionally, the rib cage serves as an attachment point for muscles involved in breathing and upper limb movements.
The thoracic framework consists of the rib cage, which is formed by the ribs, sternum, and thoracic vertebrae. On the ventral aspect, the sternum serves as the central bone, connecting to the ribs through costal cartilage. Dorsally, the thoracic vertebrae articulate with the ribs, providing support and protection for the spinal cord and thoracic organs. This framework allows for flexibility and movement while safeguarding vital structures within the thoracic cavity.
The thoracic duct serves as a duct which lymph drains into which then drains into the venous system before returning to the heart to be cleansed and recirculated.
The capital of a Corinthian column is referred to simply as the "Corinthian capital." It is characterized by its ornate design, featuring an elaborate arrangement of acanthus leaves and scrolls. This decorative element serves as the top section of the column, providing both structural support and aesthetic appeal in classical architecture.
The structural feature that consists entirely of areolar tissue is the subcutaneous layer, also known as the hypodermis. This layer lies beneath the skin and serves as a cushioning layer, providing support and elasticity. It contains a loose arrangement of collagen and elastin fibers, along with various cells and blood vessels, which helps anchor the skin to underlying structures while allowing for flexibility and movement.
The main function of a notochord is to provide structural support and flexibility to the body of an organism, particularly during development in vertebrates. It also serves as a basis for the development of the spinal column in vertebrates.
The noncompressible water fluid filling the coelom of a worm that maintains its tubular shape and provides structural support is known as coelomic fluid. This fluid helps in maintaining the structural integrity of the worm's body and serves as a medium for carrying out various physiological functions.
The expanded sac in the abdomen where the thoracic duct originates is called the cisterna chyli. It serves as a storage area for lymph before it enters the thoracic duct and returns to the bloodstream.
The diaphragm is a dome shaped muscular membrane that separates the abdominal cavity from the thoracic cavity. Its contraction and relaxation serves an important role in respiration.
Venation in plants serves to transport water, nutrients, and sugars throughout the plant. It also provides structural support for leaves and helps in the process of photosynthesis by allowing for the exchange of gases.
A door frame in a house serves the purpose of providing structural support for the door, ensuring proper alignment and stability, as well as enhancing the overall appearance of the doorway.