Recent content by MPavsic

@jbriggs444 Thank you, for superb explanations. My last post was just my another brainstorm flash. The most important for me is your notice written above in translation of my post : " If the platform is to remain in place, it must be anchored against the net Coriolis force. But no torque is...

The trajectory of the stabilised circle is sort of like centripetal acceleration about fixed point other than A in space.

This is the explanation that I was looking for. Thank you @jbriggs444

The axis of platform is starting to rotate and the chain is started to move across platform as depicted in the picture, until getting some constant angular velocity of the platform and constant velocity of the chain. What will external observer observe? -Will the axis start to orbit fixed point...

Sorry the platform and chain are rotating/moving, but the non anchored platform axis is at time t in stand still position. Yes and the External mechanism is pushing a chain across rotating platform. Would such imaginary mechanism be able to push the axis of the platform from stand still into a...

I got the same calculating result. The mind boggling part was, if platform is not anchored, will the chain particle be able to push themself and the platform from standing still position. I thought that i am missing something, or do I?

This is exactly what is mind boggling for me is the acceleration to maintain the rotation and chain velocity necessary or not. Looking at the Coriolis acceleration it changes the direction not velocity of the particle. In the experiment it pushes the hose acr inward the local rotation. If...

Roger, I am advancing my experiment and now checking if can be used for Reactionless propulsion somehow...

The experiment: It might sound or look bizarre, but the observation is what matters. Experiment requirements: Water pump 1000W of power with huge water flow per second Softer garden hose internal fi 20 mm, length approximately. 10m Speed of the water inside hose should be between 2 and 3 m/s...

Jbriggs444 You got it Right, The platform and chain should be pushed to southeast in my opinion. And with time should circle about some point in space. It is 2D problem. The Question: Would we have to apply additional acceleration to the rotating platform or to the velocity of the chain of...

The particles are part of infinite chain passing through centre of local rotation. stby I will post the recipe for the experiment.

Picture update: At the point A stands the Omega prime.

I am self learner and not a native English speaker. I am trying to understand what I saw during experiment. I saw that the section of the chain of particles deflected toward the centre of local rotation, as i have tried to depict in the picture above.

Hi jbriggs444, My wording might not be correct regarding the word inertial. I meant "infinite chain of particles where we pay attention only to the finite segment that is on the platform at any given time. The speed of the chain is constant. I have done an experiment in rotating reference frame...

I am a self learner. I have a specific question regarding the Coriolis inertial acceleration. If question is already answered on this forum please redirect me there. As depicted on the picture we have rotating platform and the chain of particles passing across the rotating platform. The...