The name of the person who was cursed to push a boulder up a hill and watch it go down eternally is Sisyphus.
He ended up in Tartarus pushing a rock up a hill but never reaching the top for all eternity.
Sisyphus
Sisyphus In Greek mythology Sisyphus was the king of Ephyra. He was punished for his self-aggrandizing craftiness and deceitfulness by being forced to roll an immense boulder up a hill, only to watch it roll back down, repeating this action for eternity
Well in greek mythology when you die an you are on the underworld and they pick a punishment like rolling a boulder up a hill or worse.
Depends if they are pushing it up hill or down hill, or on flat ground, or off a ledge/ cliff Is the rock round or cube shaped? Assuming the rock is roughly round, and it is up hill and the people pushing it are Disney characters the forces are Gravity,, friction, Sleepy, grumpy, doc, bashful, micky minnie and goofy.
Levels from Avicii
The name of the person who was cursed to push a boulder up a hill and watch it go down eternally is Sisyphus.
He ended up in Tartarus pushing a rock up a hill but never reaching the top for all eternity.
Sisyphus
It was Sisyphus
Sisyphus is a character from Greek mythology. He is most well known for his punishment for his constant deceit. He was doomed to a fate of forever pushing a giant boulder up a hill, just to watch it roll back down again.
Sisyphus In Greek mythology Sisyphus was the king of Ephyra. He was punished for his self-aggrandizing craftiness and deceitfulness by being forced to roll an immense boulder up a hill, only to watch it roll back down, repeating this action for eternity
Sisyphus
Sisyphus
Well in greek mythology when you die an you are on the underworld and they pick a punishment like rolling a boulder up a hill or worse.
YES The energy applied to the rock to overcome the inertial force of gravity to remain at rest posits "potential" energy in the rock which can be released in a fall from the level from which it has been pushed back to a condition of rest. A formula can be described to account for the energy the rock will release as it falls that includes the MASS of the rock, the ACCELERATION and final VELOCITY it achieves and the influence of FRICTION that absorbs some of the energy as it returns to rest.