A collection of mechanical problems from the Aristotelian school. Each problem asks why a particular physical phenomenon occurs — why do small forces move large weights with a lever? Why are round shapes stronger? — and finds the answer in the principle of the circle.
Start ReadingA mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.
A mechanical problem explaining a physical phenomenon — why levers work, why objects balance, why forces multiply — through the principle of the circle.