The push is the atmospheric crashing from one side of the magnet to the other, which creates the resistance to the atmosphere trying to equalise from the other end.
It creates a push around.
This is your explanation of how the push on the magnet in the image I posted changes direction??
By all means have a dig but can you offer any explanation as to why magnets work as they do?
1. You said there is no such thing as an attractive force.
2. I showed you an experiment I ran where a first magnet apparently attracted a second magnet, thus demonstrating an attractive force.
3. You made up your hypotheses that some kind of atmospheric vortex got around to the other side of the second magnet and "pushed" it toward the first.
4. I then showed you another experiment I ran where the first magnet first repulsed the second magnet, and then attracted the second magnet, demonstrating first a repulsive and then an attractive force, which basically is incompatible with your "hypothesis"
5. You provide a total nonsense "explanation" that does not explain anything, and it certainly provides no evidence at all that "attraction does not exist".
I don't have to explain
why an attractive force between magnets exists -- I can (and did) provide an experiment that shows it does. Just like I don't have to explain (nor can I)
why the earth attracts objects, but I (and even you) can hold out an apple, let go of it, and see that the earth does attract it.
The truth is in the experiment. Attraction exists. Your rubbish hypothesis is exactly that -- rubbish.