Mr. Hanbury Saves the Galaxy (a simulation) (2013)
Made for a physics project, using the ridiculous word problem below. Move with arrow keys, click to select planets, z to jump and x to return to the planet select screen.
The galaxy has been infected with a plague of cats due to the Radius Two Circle. If they continue to reproduce at their current rate they will run out of food sources and perish, so it is easier for Mr. Hanbury, Galactic Hero, to kill them all now. Due to animal cruelty laws he must kill them in the most humane way possible: pushing them off of cliffs.
Mr. Hanbury wants to know what the velocity a cat needs to be traveling at when it hits the ground for it to be successfully 'sploded. If he pushes cats off of 60 meter tall cliffs on different planets, which planet will the cat impact the surface at the highest velocity?
Formulas to keep in mind:
W=mg
Vf^2 = Vi^2 + 2ad
Made for a physics project, using the ridiculous word problem below. Move with arrow keys, click to select planets, z to jump and x to return to the planet select screen.
The galaxy has been infected with a plague of cats due to the Radius Two Circle. If they continue to reproduce at their current rate they will run out of food sources and perish, so it is easier for Mr. Hanbury, Galactic Hero, to kill them all now. Due to animal cruelty laws he must kill them in the most humane way possible: pushing them off of cliffs.
Mr. Hanbury wants to know what the velocity a cat needs to be traveling at when it hits the ground for it to be successfully 'sploded. If he pushes cats off of 60 meter tall cliffs on different planets, which planet will the cat impact the surface at the highest velocity?
Formulas to keep in mind:
W=mg
Vf^2 = Vi^2 + 2ad