Which Unit Is Used To Measure Force

Okay, let's talk about force. You know, that thing that makes stuff move, or stops it. We all experience it daily. Pushing a grocery cart? Force. Stubbing your toe? DEFINITELY force. But how do we measure this invisible, yet oh-so-powerful, thing?
The Official Answer (Boring, But Necessary)
If you ask a physicist, they'll probably drone on about something called a Newton. Yes, like Sir Isaac Newton, the apple-head guy. They'll tell you it's the amount of force needed to accelerate a 1-kilogram mass at a rate of 1 meter per second squared. Sounds thrilling, right?
Don't get me wrong, Newtons are perfectly valid. They're the official SI unit of force. Textbooks love them. Scientists adore them. But let's be honest, does anyone actually use Newtons in everyday conversation?
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Imagine telling your friend, "Wow, this door requires approximately 15 Newtons to open." They'd probably look at you like you just spoke Klingon. And you'd deserve it a little bit.
My (Slightly Unhinged) Proposal
Here's my controversial opinion: we should measure force in... Frustrations. Hear me out!

Think about it. How do you really perceive force? Not through precise measurements, but through the level of annoyance it causes! A light switch that's too stiff? That's, like, a Mild Frustration. Trying to open a jar that's been glued shut by a vengeful pickle manufacturer? That's a Major Frustration.
We could even create a Frustration Scale!
Level 1: Annoyance. (That tiny bit of static cling on your sock)

Level 5: Irritation. (A dripping faucet that you can't seem to fix)
Level 10: Rage. (Unpacking IKEA furniture without instructions)
Practical Applications (Sort Of)
Imagine the possibilities! Instead of saying, "This spring requires 20 Newtons of force to compress," you could say, "This spring induces approximately 7 Frustrations to compress." Instantly understandable! Think of the improved communication!

Engineers could design products based on Frustration Reduction. "Our new door hinge reduces opening Frustration by 30%!" Sales would skyrocket!
Therapists could even use Frustrations as a unit of measurement for anger management. "Okay, on a scale of 1 to 10, how many Frustrations did that email trigger?"
Okay, Maybe Not… But Still!
Alright, alright, I know. Measuring force in Frustrations is probably not the most scientifically sound idea. It lacks precision, standardization, and, well, any actual basis in physics. But wouldn't it be more fun?

And isn't that what science should be, at least a little bit? A fun way to understand the world around us? Instead of dry, complicated equations, we could have a universally understood system of measurement based on… well, how much something annoys us.
Of course, we'll probably stick with Newtons. But a girl can dream, right? Maybe one day, the world will embrace the Frustration as the true measure of force. Until then, I'll continue to quantify my struggles with stuck zippers and stubborn ketchup bottles in terms of their inherent, soul-crushing, Frustration value.
So, what do you think? Am I completely bonkers, or is there a tiny, minuscule, atomic-level amount of sense to this idea? Let me know! (But please, be gentle. I'm already at a Frustration level of 4 just thinking about the potential criticism.)
