i know one is called a ball joint... not sure what the other one is called
that vehicle has a total of 11 grease fittings. two upper ball joints two lower ball joints, two outer and two inner ball joints, two on the idler arm and one on the pitman arm.
yes
Ball-and-socket joints in the shoulder allow you to perform arm circles, providing a wide range of motion in different directions. These joints allow for the circular movement of the arm around the shoulder socket.
your arm and hips are one of them
your arm and hips are one of them
your arm and hips are one of them
your arm and hips are one of them
A robotic arm achieves degrees of freedom by having multiple joints that allow it to move in different directions. Each joint adds a degree of freedom, which increases the arm's ability to reach and manipulate objects in various orientations. The more joints a robotic arm has, the more degrees of freedom it can achieve.
There are two general types of joints, movable and immovable. Under the movable category there are four types of joints: Hinge joints: in knees and elbows Pivot joints: in neck Gliding joints: in wrists and ankles Ball-and-socket joints: in shoulders and hips
If the joint between your arm and shoulder was not a ball and socket joint, you could not be able to move your arm. Ball and socket joints allow you to move in most directions. Because of this, you can move your arm up, down, side to side, front and back, and around in a circle. The ball and socket joint is one of the four major kinds of movable joints. (The four major joints are ball and socket joints, gliding joints, hinge joints, and pivotal joints in case you didn't know.)
Two main joints in the human body are the knee joint, which allows for bending and straightening of the leg, and the shoulder joint, which enables a wide range of motion in the arm.
You would not be able to eat (jaw joints) or move (arm, leg, and neck joints).