What is the biomechanics of throwing?

Like a washing machine or car engine, all parts of the body must work uniformly according to certain mechanical principles to create movement. Biomechanics is a science of taking these mechanical principles and their application to the body. For example, biomechanics of throwing examines the interaction of specific parts of the body, which is then reflected in the ability to throw an object.

You want to throw an object, a modified pulley system and a lever is used over the shoulder and arms, allowing the arm to rotate on the shoulder and drive the object forward using momentum. However, a coordinated sequence of specific movements of the rest of the body is required for efficiently and with accuracy.

legs and torso are important aspects in biomechanics throwing, especially if the individual trains to increase the efficiency of the drive. For example, a step forward to the side of the side of the arm can create a stronger throw. The rotation of the hips and the torso to "align" the hips, when the object is released, can also help increase the force in which the object is thrown. Location PAthat it moves into the back of the head and slightly behind the rotation of the hip and torso around the head with the elbow in accordance with the head, gives individual maximum speed and strength as soon as the object is released.

Several other factors affect the biomechanics of throwing, including the joint structure. If the hand, wrist, elbow or arm is deactivated, the ability to throw will be reduced. In addition, if there are problems in the legs or trunk, the individual may be able to pass the arm movements, but will not be able to provide great energy or accuracy behind it. The effects of gravity and external forces, such as the weight of the thrown object, are other components for studying biomechanics throwing. A heavy object can also make it difficult to get the arm to the correct position, which can reduce the accuracy and power of throwing.