brachioradialis
A antagonist muscle is a muscle that opposes the action of another muscle. The Triceps Brachii is the antagonist of the Biceps Brachii.
When one muscle works against another it is known as an antagonistic action. This is common is muscles that are found in pairs.
Looks like you are looking for the antagonistic pair. The muscular group that flexes the arm would be the antagonistic pair of tricep brachi and the brachialis.
The Triceps Brachi is the antagonist for the Corachobrachialis, the Brachialis and the Biceps Brachi
When one muscle pulls, the other muscle relaxes.
antagonistic muscles
it is the most superficial of the brachium muscles
The brachii muscles are a group of muscles in the upper arm that help with elbow flexion and shoulder movement, while the brachialis muscle is a smaller muscle located underneath the biceps brachii that specifically helps with elbow flexion.
Agnostic is if you do not believe in god and it is suppose to do with religion. antagonistic muscles is a muscle in your body and it is to do with P.E. Religion and P.E are not exactly the same thing!
Muscles need to act as antagonistic pairs to create movement at a joint. One muscle contracts (agonist) to produce the desired movement, while the opposing muscle relaxes (antagonist) to allow the movement to occur smoothly and efficiently. This coordinated action helps stabilize the joint and prevent injury.
The muscles of the arm are described as antagonistic because they work in pairs to produce opposite movements. For example, when one muscle contracts to flex the elbow, the opposing muscle must relax to allow that movement, and vice versa for extension. This coordinated action ensures smooth and controlled motion, enabling a wide range of arm movements. Antagonistic muscles maintain balance and stability in the joints while allowing for precise control of motion.
The Coracoid process of the ulna is a triangular projection with a rough surface. The Coracoid process is the insertion site for the brachialis muscle.