‪Tortishish kuchi.‬

‪Tortishish kuchi.‬ is an interactive sim. It changes as you play with it. It has a Play Area and a Control Area.

The Play Area has two mass spheres, a blue sphere labeled m1 and a red sphere labeled m2. A force vector arrow starts at the center of each sphere and points directly at the opposite sphere.

Spheres can be moved closer or farther from one another along a measured track. The mass of each sphere can be increased or decreased. Each sphere is held in place by a robot. Optionally, a moveable ruler can be used to measure distance between the spheres' centers.

In the Control Area, there are options to change force notations and mass representations, and a button to reset the sim.

Currently, force on m1 by m2 is equal in magnitude and opposite in direction of force on m2 by m1.

  • Force vector arrows are very small at 0.166852 micronewtons.
  • ‪m1‬ and ‪m2‬ are not so close to each other, centers exactly 4 ‪metr‬ apart.
  • Mass of ‪m1‬ is 100 kilograms, much much smaller than ‪m2‬ at 400 kilograms.
  • Robots pull a little keeping spheres in place.

Change position and mass of spheres to explore.

If needed, check out keyboard shortcuts under Sim Resources.

Play Area

‪m1‬, Blue Sphere

  • Force vector is very small, and points directly at ‪m2‬.
  • Force magnitude on ‪m1‬ by ‪m2‬ is 0.166852 micronewtons.
  • ‪m1‬ is 100 kilograms, much much smaller than ‪m2‬, and also 4 ‪metr‬ from ‪m2‬.

‪m2‬, Red Sphere

  • Force vector is very small, and points directly at ‪m1‬.
  • Force magnitude on ‪m2‬ by ‪m1‬ is 0.166852 micronewtons.
  • ‪m2‬ is 400 kilograms, much much larger than ‪m1‬, and also 4 ‪metr‬ from ‪m1‬.

Sphere Positions

Centers of spheres, 4 ‪metr‬ apart. Move spheres, closer or farther from each other.

Mass Controls

Change mass of spheres in kilograms.

If needed, grab ruler to measure distance between centers of spheres. Once grabbed, use keyboard shortcuts to move ruler.

Control Area

‪Kuchlarning qiymati‬

Choose force value representation.

Keep size of spheres constant while changing mass.

Sim Resources