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In the torso, a prominent antagonistic pair of muscles is the pectoralis major and the latissimus dorsi. The pectoralis major, located at the front of the chest, is responsible for movements like arm flexion and adduction, while the latissimus dorsi, located on the back, facilitates arm extension and adduction. When one muscle contracts, the other relaxes, allowing for coordinated movement of the upper body. This balance is crucial for various activities such as lifting and pushing.
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Which antagonistic pair is used in kicking a ball?
The pair of antagonistic muscles used in kicking a ball are the quadriceps (agonist) and hamstrings (antagonist). The quadriceps contract to extend the knee and straighten the leg to generate power for the kick, while the hamstrings act to flex the knee and control the movement.
Is gluteal part of the leg or torso?
The gluteal region is part of the torso. It is located on the back of the pelvis and includes the buttocks muscles.
Why do antagonistic muscles maintain tension?
Antagonistic muscles maintain tension to provide stability and support to joints during movement. This tension allows for precise control over the range and direction of movement, as well as helps to prevent injury by stabilizing the joints.
Are the trapezium and sternocleidomastoid synergistic or antagonistic?
The trapezius and sternocleidomastoid muscles are synergistic muscles, meaning they work together to perform certain movements. They both contribute to movements involving the head, neck, and shoulder region, such as turning the head or elevating the shoulders.
Why is a pair of muscles needed to operate the elbow joint?
A pair of muscles is needed to operate the elbow joint to facilitate both flexion and extension. The biceps brachii muscle contracts to bend the elbow, while the triceps brachii muscle contracts to straighten it. This antagonistic relationship allows for smooth and controlled movement, enabling various activities such as lifting and throwing. Without this pairing, the joint would lack the necessary range of motion and functionality.
What does pair mean?
which two pairs of muscles are antagonistic pairs?
What pair of antagonistic muscles have to be in control to move things in space?
bicep an trycep
What is an antagonistic pairs?
Antagonistic pair is a combination of agonist and antagonist muscles that only one contracts and the other one relaxes. The biceps in a human body are an example of it.
Are the muscles of a chickens wing antagonistic?
The muscles of a chickens wing are antagonistic. Antagonistic muscles are the ones that oppose a specific type of movement.
What biceps and triceps called?
The biceps and triceps are muscles. They flex and extend the forearm, respectively, so they are considered antagonists.
What is the name given to a muscles that work in a pair?
Antigonistic Pairs- The meaning of an antagonistic pair is only one muscle can work at a time. For Example: Biceps and Triceps (in your arm)
How can muscles work in pairs?
ussually, one muscle in the pair bends part of the body.the other muscle straightens part of the body.
Antagonistic pairs what does it mean?
which two pairs of muscles are antagonistic pairs?
Muscles that work in pairs are called what?
they are called antagonistic muscles.
Which antagonistic pair is used in kicking a ball?
The pair of antagonistic muscles used in kicking a ball are the quadriceps (agonist) and hamstrings (antagonist). The quadriceps contract to extend the knee and straighten the leg to generate power for the kick, while the hamstrings act to flex the knee and control the movement.
Why do muscles ocontract and relax?
Yes, all muscles will contract and relax, Except the cardiac muscle and involuntary muscles which will be constantly working. er. Heart, intestines. But Voluntary muscles will only work together antagonistically.
What muscle relaxes and what muscle works?
I think what your after is called an antagonistic pair of muscles, for example the bicep and the tricep. When the bicep is contracting the tricep relaxes and when the tricep is contracting the bicep relaxes.
