the moving and taking away from your body i.e. adduction is moving your arm towards your body again and abduction is when you move your arm away from you
Do you mean flexion and (abd)uction?? If so, the prime mover would be the deltoid muscle with many smaller muscles assisting. If you are in fact meaning flexion and adduction, the prime mover would be the pectoralis major and the latissimus dorsi with many smaller muscles assisting.
Whistling typically involves mostly the lips and tongue muscles. These muscles work together to control the shape and tension of the lips to produce different pitches and sounds while whistling. It doesn't require a large number of muscles to whistle, but the coordination and control of these specific muscles are important for producing the desired sound.
Flexion is the bending movement that decreases the angle between two body parts, while adduction is the movement that brings a body part closer to the midline of the body. Flexion is commonly seen in joints like the elbow and knee, while adduction is often seen in movements of the arms and legs towards the body. Both movements are important for various activities and functions in the human body.
The muscles that contract to bring two bones closer together are called flexor muscles. These muscles work by decreasing the angle between the two bones, resulting in movement such as bending the arm or leg.
The elbow moves in two planes of motion: sagittal (flexion and extension) and frontal (adduction and abduction).
Do you mean flexion and (abd)uction?? If so, the prime mover would be the deltoid muscle with many smaller muscles assisting. If you are in fact meaning flexion and adduction, the prime mover would be the pectoralis major and the latissimus dorsi with many smaller muscles assisting.
The deltoid is the prime mover in shoulder abduction. It's two antagonists are the pectoralis major and the latissimus dorsi.
Herbert John McLachlin has written: 'The action of selected two-joint muscles of the thigh and leg.' -- subject(s): Muscles
When glucose is unavailable, the brain and muscles are the two parts of the body that are most affected. The brain relies heavily on glucose for energy, and muscles also require glucose for movement and exertion. In the absence of glucose, these two parts can experience decreased function and performance.
The Sartorius and Gracilis are two upper leg "strap" muscles.
Whistling typically involves mostly the lips and tongue muscles. These muscles work together to control the shape and tension of the lips to produce different pitches and sounds while whistling. It doesn't require a large number of muscles to whistle, but the coordination and control of these specific muscles are important for producing the desired sound.
circular muscleslongitudinal muscles
Flexion is the bending movement that decreases the angle between two body parts, while adduction is the movement that brings a body part closer to the midline of the body. Flexion is commonly seen in joints like the elbow and knee, while adduction is often seen in movements of the arms and legs towards the body. Both movements are important for various activities and functions in the human body.
The thorax of cats and humans is made up of three layers of intercostal muscles. Subcostal muscles and transverses muscles can also be found in this region.
Which two types of muscles are involuntary?
All women have muscles and a six pack. The only difference is how well they are developed. By the way, it is actually and eight-pack, because the rectus abdominis muscle has two vertical rows of four paired muscle sections.
The condyloid joint, also known as an ellipsoidal joint, allows for movement in two planes: flexion and extension, as well as abduction and adduction. Sports that engage this joint include basketball, where players use wrist and finger movements to dribble and shoot, and tennis, which involves wrist action during serves and volleys. Additionally, activities like swimming and certain gymnastics movements also utilize the condyloid joint for various arm and wrist motions.