A joint is where two sections of something come together. With bones, your elbow, knee, jaw, fingers, etc. are all mobile joints, because they move. A rigid joint would be where the bones don't move; your skull has various bones that connect but do not move.
What is the difference between rigid and flexible coupling.
Examples of rigid joints in the human body include sutures in the skull, where bones are tightly fused together with very little movement possible. Additionally, synarthroses joints, such as the joints between the teeth and mandible, are also considered rigid because they do not allow for significant movement.
The difference between a structure that is rigid and one that is flexible is that the rigid structure will not bend or flex when force is applied. A structure that is rigid cannot flex.
it is a mobile joint! It is a mobile joint because it allows the door to move through the hinges!! Are arms are also mobile joints because are arms also move
it is a mobile joint! It is a mobile joint because it allows the door to move through the hinges!! Are arms are also mobile joints because are arms also move
one is rigid and the other is flexible :)
The key difference between a particle and a rigid body is that a particle can undergo only translational motion whereas a rigid body can undergo both translational and rotational motion
it is a mobile joint! It is a mobile joint because it allows the door to move through the hinges!! Are arms are also mobile joints because are arms also move
The threads
The nut and bolt would be rigid to the car but the car is mobile.
Rigid joints are structural connections that fix the relative positions of connected elements, preventing any rotation or translation between them. They effectively transfer both shear and moment forces, ensuring that the connected components behave as a single unit. This type of joint is commonly used in various engineering applications, including beams and frames in buildings, to maintain structural integrity and stability. Rigid joints are essential for designs that require high strength and stiffness.