Stepping from left foot to right foot (free energy question)

A 6 meter tall giant does it. The energy needed to tip right and left
between legs is much less
than the energy that can be extracted from the weight. A slight
balancing pressure is needed
to switch leg points, but tons of pressure come below. Balancing
requires the slightest
microscopic forces to manage a giant weight.

6 month old question of mine for free energy.

A 6 meter tall giant does it. The energy needed to tip right and left
between legs is much less
than the energy that can be extracted from the weight. A slight
balancing pressure is needed
to switch leg points, but tons of pressure come below. Balancing
requires the slightest
microscopic forces to manage a giant weight.

6 month old question of mine for free energy.

Happy trigonometry. The structure stands on two legs on a
tilted wheel, and the top is pulled off balance by a string. The
weight is pulles to stand on one leg that moves down from the
weight on the tilted wheel.

On Jan 26, 10:42*am, gb wrote:
A 6 meter tall giant does it. The energy needed to tip right and left
between legs is much less
than the energy that can be extracted from the weight. A slight
balancing pressure is needed
to switch leg points, but tons of pressure come below. Balancing
requires the slightest
microscopic forces to manage a giant weight.

6 month old question of mine for free energy.

Happy trigonometry. The structure stands on two legs on a
tilted wheel, and the top is pulled off balance by a string. The
weight is pulles to stand on one leg that moves down from the
weight on the tilted wheel.

We can fall top the ground like a piece of wood or we can
slalom and fall harder.

A 6 meter tall giant does it. The energy needed to tip right and left
between legs is much less
than the energy that can be extracted from the weight. A slight
balancing pressure is needed
to switch leg points, but tons of pressure come below. Balancing
requires the slightest
microscopic forces to manage a giant weight.

6 month old question of mine for free energy.

Happy trigonometry. The structure stands on two legs on a
tilted wheel, and the top is pulled off balance by a string. The
weight is pulles to stand on one leg that moves down from the
weight on the tilted wheel.

We can fall top the ground like a piece of wood or we can
slalom and fall harder.

Or move practically without energy.