eh is the greatest for answering this question. the answer is ligaments
ligaments
The best type of wood for steam bending is typically hardwoods like oak, ash, or hickory. These woods have strong and flexible fibers that can withstand the bending process without breaking.
The best type of wood for bending in woodworking projects is typically hardwoods like oak, ash, or walnut. These woods have strong and flexible fibers that make them ideal for bending without breaking.
it keeps the muscles strong becuase they and allways being used if you exercise and the joints and flexible because they and always being moved about
The best wood for steam bending is typically hardwoods like oak, ash, or hickory. These woods have strong and flexible fibers that can withstand the bending process without breaking. They also have a high moisture content, which makes them more pliable when exposed to steam. Overall, hardwoods are preferred for steam bending because of their strength and flexibility.
Ligaments are made of collagen fibers, which are a type of strong, flexible protein. These fibers are arranged in a dense, organized structure that provides stability and support to the joints by connecting bones together. Ligaments can vary in size and shape depending on their location in the body.
Calcium makes them strong and they are flexible only at the joints.
Bamboo is flexible due to its natural structure, which consists of long fibers and strong nodes. These fibers allow the bamboo to bend without breaking, making it a resilient and flexible plant. Additionally, bamboo's high strength-to-weight ratio contributes to its flexibility.
Strong and long arms and fingers as well as flexible joints.
The ends of the bones in the joints are protected by smooth,slippery cartilage and it serves as a cushion.
Kevlar is a very strong man made fiber. Although flexible it is stronger than steel. It is one of several fibers used to make (among other things) body armor. Strong, lightweight, and flexible.
Stems are important for providing structural support, transporting nutrients and water, and serving as a site for photosynthesis. Flexible stems are adapted for bending to withstand wind or weight, while woody stems are rigid and strong for structural support and protection. The flexibility or rigidity of stems depends on the amount and arrangement of fibers and cells within the stem tissue.