> And I wonder whether "don't use brute-force, if you have difficulty getting it in, it means you are doing it wrong" should be taught as the first rule when working with hardware. Unfortunately, to add the confusion, we also have connectors that can be surprisingly hard to connect and disconnect even under normal circumstances...
And everyone has likely experienced in their lives plenty of appliances, self-assembly kits and other objects where some components required application of force to put together, because there's resistance coming from the feature that prevents the object from coming apart together. My rule of thumb is now that if the force seems to be veering into "could break surrounding structure" levels, or if the thing starts making unexpected sounds, then I'm doing it wrong.
... and then I have to put a CPU on a motherboard and the correct way absolutely does involve close-to-breaking forces and squeaky sounds.
And everyone has likely experienced in their lives plenty of appliances, self-assembly kits and other objects where some components required application of force to put together, because there's resistance coming from the feature that prevents the object from coming apart together. My rule of thumb is now that if the force seems to be veering into "could break surrounding structure" levels, or if the thing starts making unexpected sounds, then I'm doing it wrong.
... and then I have to put a CPU on a motherboard and the correct way absolutely does involve close-to-breaking forces and squeaky sounds.