When the ciliary muscle is relaxed, the choroid acts like a spring pulling on the lens via the zonule fibers causing the lens to become flat.
Yes, Muscles relax whenever you relax without moving, your muscles make you move, and bones keep your shape!
they do not change shapes,whenthey relax and contract we feel and see then moving.
Bones themselves do not relax and contract; they are rigid structures that provide support and shape to the body. However, muscles attached to bones are responsible for movement and can contract and relax. When muscles contract, they pull on bones, facilitating movement of the skeletal system. This interaction between muscles and bones allows for various movements and functions in the body.
Muscles in the eye surrounding the lens contract stretching it out, flattening it; or relax, letting it thicken. These changes in shape refocus the lens.
The smooth muscle fibers that support the lens in the eye are called ciliary muscles. These muscles contract and relax to change the shape of the lens, allowing for accommodation and focusing on objects at different distances.
The ciliary muscles are responsible for changing the shape of the lens in the eye so that you can focus on near or distant objects. When these muscles contract, they thicken the lens for near vision, and when they relax, the lens becomes thinner for distant vision.
Muscles are set kind off like sets. Muscles can only contract and relax. It takes at least two muscles to move a part of the body fully. For example, when your arm is straight, your triceps (back of your arm) contract and the bicep relaxes. When your move your arm to a l shape, the bicep contacts and the tri relaxes. This happens through out the whole body.
Skeletal system provides the support and shape to the body. It works as a base that muscles attach to using tendons. Muscles contract and relax in order to move the body.
contract and relax.
The shape of the chief cells of the smooth muscles is cigar shaped.
The shape of the chief cells of the skeletal muscles is that they are tube-shaped.
The cytoskeleton is the structure that maintains cell shape and helps build cilia and flagella. It also forms centrioles that play a key role in cell division by organizing the mitotic spindle. The cytoskeleton is composed of microtubules, actin filaments, and intermediate filaments that provide structural support and enable cellular movements.