A helpful way to think of it might be as the average location of the object's mass. (Imagine the object being composed of a bunch of small pieces.) For something uniform, that "average" location would be right in the middle.thegirlchild said:the point in the exact center of an object's mass
Right. Just like moving some of the bricks in the pile to the right results in the center of mass moving to the right, raising part of your mass by lifting your arms results in a raising of your center of mass.thegirlchild said:higher
The center of mass of a human body refers to the point at which the body's mass is evenly distributed in all directions. It is essentially the balance point of the body.
The center of mass of a human body can be determined by finding the point at which the body would balance if suspended from that point. It can also be calculated by taking into account the distribution of mass throughout the body.
The center of mass is important in understanding human movement because it is the point at which all external forces act on the body. This means that the center of mass determines the body's stability and balance, and influences how the body moves and responds to external forces.
Yes, the center of mass of a human body can change depending on the body's position and movements. For example, the center of mass will shift when a person stands on one leg or bends over.
The center of mass can differ between individuals based on factors such as body composition and height. Generally, taller individuals will have a higher center of mass, while individuals with more muscle mass may have a lower center of mass.