You aren't pushing below your center of gravity because your foot has to support the entire weight of your body, so the force is mostly upwards. You're more falling forward than being pushed forward.Erunanethiel said:When we push off with with our foot on the ground and accelerate, why do we fall forward and catch ourselves with our swinging leg, while when push forward the inertia of our body must actually tilt it backwards, how do we fall to the front?
The pushing leg is behind the center of mass, so it's vertical component creates a moment rotating the body forward.Erunanethiel said:while when push forward the inertia of our body must actually tilt it backwards
I think that's the answer as wellA.T. said:The pushing leg is behind the center of mass, so it's vertical component creates a moment rotating the body forward.
Walking and rotation are both forms of motion, but they involve different types of movement. Walking involves moving forward in a straight line, while rotation involves spinning or turning around a fixed point.
The human body has a complex system of muscles and joints that work together to maintain balance while walking and rotating. This includes the inner ear, which helps with balance and orientation, as well as muscles in the legs and core that help stabilize the body.
Yes, both walking and rotation have been shown to have positive effects on our physical and mental health. Walking can improve cardiovascular health, strengthen muscles and bones, and reduce the risk of chronic diseases. Rotation, such as in activities like dancing or yoga, can improve flexibility, coordination, and cognitive function.
Gravity plays a crucial role in both walking and rotation. When walking, gravity helps us maintain our balance and keeps us grounded to the earth. In rotation, gravity is what keeps our feet planted as we spin around a fixed point. It also helps us maintain our orientation and prevents us from falling over.
Yes, the way different species walk and rotate can vary greatly depending on their anatomy and evolutionary adaptations. For example, quadrupedal animals like dogs and cats have a different walking pattern and center of gravity compared to bipedal animals like humans. Similarly, birds have a unique way of rotating due to their ability to fly.