Perhaps not in such a gross way. It is more proper to say that forces can only push, and that pull has no mechanism in classical deterministic physics.
I have not found one person, aside from you, that has this stance.
why don't you discuss my perspective with me instead?
Because you said others share your perspective, and I would like to read about it, because you aren't as forthcoming with information.
but since you want to quit looking
I don't want to quit looking. I have done some digging each time we comment, and I have yet to find anyone.
In reality there is no difference, save for direction, when the object is pushed in one direction, or pushed in another
The primary difference is the direction from which the force is applied, that distinguishes push and pull.
I have not found one person, aside from you, that has this stance.
So you keep repeating. There are plenty for you to find, but since you want to give up - i say just do it! Talk to me about my perspective instead.
because you aren't as forthcoming with information.
You must be joking. I answer all your questions, many of them multiple times because you keep repeating them.
I don't want to quit looking
Then don't! The further back you go, the more common the view is. Virtually all those of classical/deterministic physics share it. But it seems it will take you more in depth research than you are willing to commit yourself to. So be it; it hardly matters anyway, especially for our current discussion.
The primary difference is the direction from which the force is applied, that distinguishes push and pull.
Exactly! The direction is arbitrary and has essentially no impact on the force itself. The object feels/experiences/is subjected to the same force (push) no matter which direction that force comes from. The distinction of "push" and "pull" is an arbitrary semantic one, and has no physical significance. The force is always push(ing) regardless of the direction relative to us.
I have not found one person, aside from you, that has this stance.
Because you said others share your perspective, and I would like to read about it, because you aren't as forthcoming with information.
I don't want to quit looking. I have done some digging each time we comment, and I have yet to find anyone.
The primary difference is the direction from which the force is applied, that distinguishes push and pull.
So you keep repeating. There are plenty for you to find, but since you want to give up - i say just do it! Talk to me about my perspective instead.
You must be joking. I answer all your questions, many of them multiple times because you keep repeating them.
Then don't! The further back you go, the more common the view is. Virtually all those of classical/deterministic physics share it. But it seems it will take you more in depth research than you are willing to commit yourself to. So be it; it hardly matters anyway, especially for our current discussion.
Exactly! The direction is arbitrary and has essentially no impact on the force itself. The object feels/experiences/is subjected to the same force (push) no matter which direction that force comes from. The distinction of "push" and "pull" is an arbitrary semantic one, and has no physical significance. The force is always push(ing) regardless of the direction relative to us.