Yes, muscle pairs work in opposition to one another. The lengthening of the biceps, for instance, shortens the triceps. That helps move your arm.
Antagonistic muscle pairs. That means to work in opposition to each other.One muscle produces movement in one direction and the other muscle produces movement in the opposite direction. It would seem to be contradictory but a very smooth movement occurs when they work this way.
muscles that work in opposition to each other
antagonistic
muscles that work in opposition to each other
They work in antagonistic muscle pairs. Which means to work in opposition to each other.One muscle produces movement in one direction and the other muscle produces movement in the opposite direction. This provides smooth movement. One contracts and the other slowly relaxes.
they are called antagonistic, usually in pairs.Antagonist muscles. The main muscle is the prime mover, and the antagonist muscle is the muscle that moves in opposition, and as a result of, the movement of the Prime Mover. E.g. Biceps and Triceps Flexing hand TOWARDS body. Bicep=Prime Mover=Contracts to produce movement Tricep=Antagonist Musce=Relaxes to allow movement. This works in opposite for an extension of the arm.
The epimysium.
Tendons join muscle to bone, and muscles sometimes attach to each other. They are called functional muscle groups, or synergists.
Well first of all the bones are connected to muscles with tendons and the muscles move bones by working in pairs. The muscle pairs pull each other to move the bones. One muscle contracts while the other muscle relaxes, to move the bone again the other muscle contracts and the other one relaxes. That's the basic idea I guess...
each muscle has 1 job but there are many muscles in the human body. There are over 600 muscles in the human body.
Muscle cells do not have hearts. Each muscle cell does have a nucleus, however.
Ligaments connect muscles to each other.