The muscles can only pull, not push. So, to move a limb, one muscle relaxes while the other muscle pulls.
The muscles can only pull, not push. So, to move a limb, one muscle relaxes while the other muscle pulls.
The muscles can only pull, not push. So, to move a limb, one muscle relaxes while the other muscle pulls.
Antagonists oppose or reverse the movement of a prime mover.The process would be known as Antagonistic.
For a limb to move, you need muscles, nerves, and a signal from the brain. The brain sends signals through nerves to the muscles, which contract and allow the limb to move.
The muscles can only pull, not push. So, to move a limb, one muscle relaxes while the other muscle pulls.
Limb bones move the bones at it. I know because i was doing my homework and i found out the last word left was limb so the sentence was (Bones move at the limbs).
Muscles move body parts by contracting and then relaxing. Your muscles can pull bones, but they can't push them back to their original position. So they work in pairs of flexors and extensors. The flexor contracts to bend a limb at a joint.
When pairs of muscles work in opposite directions to move a limb, they are referred to as antagonistic muscles. One muscle, known as the agonist, contracts to produce movement, while the opposing muscle, the antagonist, relaxes to allow that movement to occur. This coordinated action enables smooth and controlled motion, as seen in activities like bending and straightening the arm. For example, when you flex your bicep, the tricep acts as the antagonist, relaxing to facilitate the movement.
adductor muscles
you could describe their clothes or how they move. if it were pairs you might say how they work together. use your imagination
limb joint