What could happen if 800.000.000.000.000 pounds

Imagine what could happen if all of us could jump at the same time...

Since individuals are spread fairly similarly around the planet's round surface , on the off chance that we as a whole bounced set up, not a lot would happen — all our lift-offs and effects would offset each other, bringing about zero net power on the Earth, as indicated by a physicist.
So how about we envision that everybody could assemble together in one place. Doing as such would presumably make it less demanding to synchronize our bounce in any case.
Utilizing the laws of preservation of force and vitality, what might happen to Earth under these conditions. For straightforwardness' purpose, expected the normal human could hop one foot (30 cm) high and that we'd all be bouncing from the very same point.
To get straight to the point, Allain found that our bounce would push on the Earth marginally, giving it a force speed of 2.6 x 10^-13 m/s. That is, in one moment, Earth would move about a hundredth of the span of a solitary hydrogen molecule .
It's not so much, but rather would the imperceptibly little force keep going forever? Would we have for all time changed the course of the Earth?
The circumstance is much similar to two objects of altogether different masses associated by a spring. On the off chance that you pull the majority separated and after that let go, the power of the spring pulls them back together. The littler mass moves significantly more than the bigger mass, however both move. The Earth and the general population are much similar to these two masses.