Is AI Making Kids Worse At Handling Confusion When Learning? A Teacher’s Observation
The fluorescent lights in my 7th grade math classroom hummed after dismissal last week, and Mia leaned against her desk, crumpled homework sheet peeking out from her notebook. She’d missed the lesson on point-slope form that morning, and had stayed back to work through the first homework problem before leaving. Her hand drifted to the phone in her hoodie pocket before she’d even finished reading the problem out loud.
“Wait,” I said, leaning against the desk across from her. “Can we just try this without it for five minutes first?” She sighed, dropped her forehead to the cool desk surface, and mumbled that she was never going to get it, so why bother. Half a granola bar stuck out of her unzipped backpack, and the soccer sticker on her water bottle caught the light as she shifted.
I’ve had this interaction at least three times a week for the past year, and it’s made me think a lot about the question I see tossed around at parent nights and teacher workshops: whether AI is making kids worse at sitting with confusion. It’s not just a classroom thing, either. Last month, my 10-year-old son was working on his elementary school science fair project, testing how different liquids affect bean plant growth. When all three of his plants wilted after a week, he reached for my phone before he’d even leaned down to look at the soil in their cups. He wanted an answer right now, no messy guessing required.
When I was a kid, getting stuck on a problem meant 10 minutes of flipping through the textbook, scribbling wrong answers, and staring out the window waiting for a spark. If you were really stuck, you had to wait until the next day to ask the teacher, because there was no one or nothing to give you an answer instantly. Now, any answer is one tap away. That tap removes the discomfort of not knowing immediately, and that discomfort is actually the whole point of learning. Your brain can’t make new connections if you never give it time to fumble around in the dark first.
It’s not that AI is evil, or that we should ban it from schools and homes. I use it for lesson planning sometimes, it’s great for quick recipe swaps when I’m missing an ingredient. The problem is that it removes the small, boring, necessary practice of sitting with that twisty, uncomfortable feeling of not knowing. Kids don’t get to build up tolerance for that feeling, because they never have to sit with it longer than 10 seconds. After a while, even a minute of confusion feels too hard.
Over the past year, I’ve tested a few small, low-friction changes in my classroom and at home that seem to help. None of them require banning devices or hours of extra work.
The first is the 10-minute rule, which I explain to kids on the first day of class, and we use at our dinner table for homework. It’s simple: if you’re stuck on a problem, you set a timer for 10 minutes. Before the timer goes off, you can’t use AI, and you can’t ask an adult for the answer. I give kids a short list of things they can do in that 10 minutes to keep them from just sitting there panicking: write down everything you do know about the problem, cross out anything that doesn’t make sense, draw a picture of what’s going on, walk around the room once to stretch, then come back. If you still don’t have it when the timer dings, you can get help. No shame, no punishment.
The second thing I do is name the feeling out loud, instead of brushing it off or pushing kids to just try harder. When Mia was huffing into her desk that afternoon, I didn’t say “you’re so smart, you can do this.” I said, “That twisty, uncomfortable feeling you have right now, like you’re doing something wrong? That’s just your brain stretching. It’s supposed to feel that way when you’re learning something new.” She lifted her head, thought for a second, and nodded. That’s all it took for her to pick up her pencil and start writing.
The third thing is to let kids see me sit with my own confusion. In class, if a student asks me a question I don’t know the answer to, I don’t immediately look it up on my computer. I say, “Huh, I don’t know that right off the bat. Let me think about it for a minute.” At home, I’ll say out loud when I’m stuck putting together a bookshelf or troubleshooting the washing machine, “I don’t see what I did wrong here. Let me step back for a minute and look again.” Kids learn more from what we do than what we say, and if they never see us sit with not knowing, they’ll think it’s something they should never have to do either.
That afternoon, after three minutes of scribbling and crossing out, Mia suddenly stopped, stared at her paper, and said, “Oh wait. I just plug the point into the equation, right?” That small, sudden spark of realization lit up her face in a way I never see when kids copy an answer off a screen. It wasn’t a big, dramatic moment, just a small win.
We still have days where kids sneak their phones out before the timer goes off. My son still complains about the 10-minute rule and tries to bend it when I’m not looking. I don’t think we’ve reversed some big shift around discomfort or learning in one classroom or one household. The 10-minute rule works for us right now, it gives kids that small window of time to practice sitting with not knowing before they reach for the easy answer. I don’t have all the answers about how AI changes learning, honestly. We’re all figuring this out as we go, one confused problem at a time.
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