Ep. 137 - How to Homeschool Pre-K to 2nd Grade Without Constant Battles | Focus, Behavior & Meltdowns | Smooth Days Part 1

The Christy-Faith Show

The episode explores early childhood brain development (ages four to seven) to help homeschool parents reframe common behavior problems as biological limits rather than defiance. Host Christy-Faith

Key takeaways

• A four-year-old's assigned attention span is only about two to four minutes, dropping significantly when tasks are non-negotiable rather than intrinsically motivated.
• Working memory in young children acts like limited computer RAM, holding only two chunks of information at once by age four and three or four by age seven.

Main topics

• Early childhood brain development
• Attention span and working memory limits

Notable quotes

Often what looks like a behavior problem in a child between the ages of four and seven might not be behavior problems at all. It might just be their biology.

Conclusion

The episode empowers homeschool parents to replace frustration with de

Transcript preview

Speaker 1 (0:00) Welcome to the podcast series, How to Get Smooth Homeschool Days. We're going to break this up into four parts to take some pressure off your shoulders and bring joy back into your home. During our time together, we are going to walk through distinct developmental seasons of your child's life, such as their developmental rhythms and what is appropriate for their age. And not only that, we're going to talk about practical tools that actually work. It's all about matching what their capacities are with what we're asking of them. Because when we make that match, smooth days are ahead. Subscribe now and let's build homeschool days together that fit your actual real life and your kids' needs. Is your five-year-old refusing to do their letters? Your seven-year-old melting down over a single phonics page? In episode one of our series here, we're tackling the early years. Most of what looks like a behavior problem at this age is probably more developmental than anything else. And matching our expectations with our kids' abilities is what makes smooth homeschool days. Today, we're going to dive into some brain science. We're going to talk about co-regulation and be honest about attention budgets for ages four to seven and how much work is the right amount of work. How much time can they actually spend per day on school? And the one single thing that you can do that can make the complete difference between a rough, tedious day and a smooth one full of smiles. Speaker 1 (1:29) Welcome back, everyone. If you've ever sat at your kitchen table trying to teach your five-year-old a simple phonics lesson or a basic math page, and you watched them slide off the chair, stare blankly at the wall, or throw their pencil in frustration, I want you to take a deep, deep breath. Here, I'll do it too. Let's breathe in and breathe out. We have all been there. And in those moments, it is incredibly easy for our adult brains to run every single specific diagnostic program. We look at that child and we think, they're defying me. Is this a character flaw? Should I be worried? Is this a lack of discipline, a lack of my own consistency? Is something wrong with them? Are they never going to learn? Do I need to nip this in the bud? I have had those panic moments too. And today what we're going to do is flip the script. If I think back to advice I would give my younger self, which is a lot of what this show is about, today's show is something that I would have told myself with a five-year-old, two two-year-olds, and a baby back in the day when I was starting my homeschool journey. And the game changer is this, but I'm going to unpack it because I'm going to tell you this game changer and you're going to think, okay, Christy, great, but what do I do tomorrow? I get it. But here's the game changer first. I wish someone would have told me that often what looks like a behavior problem in a child between the ages of four and seven might not be behavior problems at all. It might just be their biology. Because when a child refuses a worksheet or collapses over a simple handwriting page, they're not always mocking our authority or being defiant. What I wish someone would have told me is that I'm probably witnessing just a fundamental mismatch between the demands that I was placing on my kids at that time and the literal physical maturity of their brains. Today, we are looking under the hood of early child development. We're going to examine the biological hardware of kids in pre-K. through second grade. Because until you understand their hardware, you will spend your homeschool mornings fighting a biological limit instead of teaching a child. And I don't want that for you. So let's align our expectations with what their brains can actually do. Remember, this is a series about having smooth days. And I fundamentally believe when we can match or try our best to match our expectations with what our children can developmentally do, smooth days come. The first thing we're going to talk about today is cognitive hardware. To understand how our kids behave, we have to look at their cognitive equipment. The Harvard Center on the Developing Child breaks this down into three core pillars. The three pillars that every single lesson you will ever teach will draw upon. And those three things are attention span, working memory, and inhibitory control. That's a $10 word for, can your kid put on the brakes? Right now in your four to seven year old, all three of those pillars are un- under heavy construction. And we're going to take a moment right here to look at them one by one. So first let's talk about attention span. You've probably heard the common rule of thumb that a child's attention span is about two to three minutes per year of age. Well, you will be happy to know that this is backed by research. There was one study that looked at 2000 preschoolers and it found that three-year-olds sustain focus for about two to eight minutes, depending on their interest. But with that is a massive catch. and this should stop you in your tracks. That rule of thumb is only for activities the child chooses themselves. So if they're getting lost in the sandbox or building a Lego tower, they are intrinsically motivated and their brains are naturally releasing dopamine, which effortlessly sustains focus. But the moment you assign a task, like what we often do as homeschool families, and yes, we do love interest-led and we love play-based, especially in these early years. That's not what I'm talking about right now. You know, our kids do need to learn. to read and they found that the moment we assign a task to a child, like sitting down to trace letters or quietly listening to an instruction, you are asking for top-down control from the prefrontal cortex, a different part of the brain. And that requires a massive amount of metabolic energy for that little one. The brain literally burns through actual glucose at an astonishing rate. So what that means is for assigned work, you have to cut that attention span rule of thumb completely. half. This means a four-year-old has an assigned attention span of just about two to four minutes. A five-year-old has about five minutes. And even in older kids, the limits are tight. There was this one study that looked at seven-year-olds and found that even during on-task assigned work, children began to cognitively drift after just about seven minutes. So what this means is when we ask a five-year-old to do 30 minutes of unbroken focus on a phonics sheet, we aren't building stamina. What we're actually doing is running an engine without fuel. And realistically, we should expect five to 10 minutes of table work for ages four and five and 10 to 15. maybe on a good day for ages six and seven. Anything past that isn't teaching phonics anymore. You're just teaching them to hate phonics. One, I hope you find that freeing. And two, I hope you find that that's freaking you out a little bit because curriculum isn't always written for this match, is it? Okay, hold that thought because we need to talk about working memory next. That second pillar is working memory. Think of working memory as the brain's mental notepad or temporary workspace. What we have found is that by the age of four, a child's mental notepad can only hold about two chunks of new information at one time. By ages seven or eight, that notepad expands to only three or four chunks. An adult, by comparison, holds about four. So when we talk about working memory, kind of think of it as RAM on a computer. Am I dating myself with it? that term, probably. If you open 20 tabs on your web browser, the system freezes or mine does. The fan turns on high and everything stops. In a child's brain, working memory relies on the continuous firing of neurons in that prefrontal cortex. If you overload it, the signal degrades, the RAM overflows and the information is simply dropped. So let's now translate that to what it looks like at home. We're in the middle of making eggs. Imagine your four-year-old is playing with Legos. You walk in, you say, hey, sweetheart, why don't you go ahead? and put your Legos away, get your math workbook and sit down at the table. We're gonna start math. To you, that's one simple transition. But in terms of working memory, here's the math. First, the child is playing. So to transition, they have to completely clear their current Lego-focused mental workspace in that first step. Then you handed them three distinct new chunks. Put the Legos away, get the workbook and sit at the table. That means that you just handed a four-year-old four pieces of information to process simultaneously. simultaneously when their biological capacity is really at two. So what happens? Often the browser crashes. You walk in two minutes later if there isn't a meltdown because they have to stop playing. And maybe they're just standing in the middle of the room holding a single Lego piece and staring blankly at the wall, but it was likely a little bit of a meltdown or frustration that they have to stop playing. It's so easy to react with anger and assume that they are ignoring you. They are defying you. They are not obeying you. But I want you to stop for a hot second before you run that bull into the room, okay? And think about what they're actually capable of doing. I'm a big believer that we need to hold kids accountable for what they are capable of. And it's... quite unfair to not do that and have expectations for things that they cannot do. So in this particular scenario, they might not be defying you. Their system literally dropped the data. They might vaguely remember that you spoke to them, but the specific instruction may have completely vanished. So how do we work around this? Because we do want smooth homeschool days. That's what this series and this particular episode is about. And here's my tip. Give instructions one step at a time. Maybe you can say, put the Legos in the bin, wait for them to finish, and then say, now go get your workbook. And if you must give two steps, have them maybe repeat them back to you. Just kind of gauge where they are, how much they can hold. And the cool thing about having a kid repeat something back to you is that speaking it aloud engages different neural pathways and secures it into their tiny little mental notepad. So it's kind of like a reinforcer to help it be a little sticky. And that brings us to our third, which is inhibitory control. The third pillar is the brain's brake pedal. This is the skill that allows a child to wait their turn, resist touching something, or keep working even when a task gets boring. At ages four, five, and six, this brake pedal is running on low power mode and is highly conditional. The prefrontal cortex, which houses this brake pedal, happens to also be the most energy demanding. And other parts of the brain, like the The brainstem, which handles survival, and the amygdala, which handles emotion, always get priority. So what that means is if a child is tired, hungry, or stressed, the brain cuts power to the non-essential apps to protect the core system. My phone yesterday just went on power save mode. In little kids' brains, that brake pedal in the prefrontal cortex is the very first thing to go. This explains what I call the yesterday versus today problem. Yesterday, your five-year-old sits down beautifully, finishes their phonics, and is perfectly pleasant. And then today, you bring out the exact same book, and they are practically feral, sliding off their chair, whining, and acting like they've never seen the letter A in their life. And you're thinking to yourself, or maybe you're even telling them, you just did this yesterday. And then we automatically go to, they must be choosing to be difficult. But stop right there and consider that their biology might be saying otherwise. Maybe yesterday they were slept, fed, calm. Maybe they were interested in the lesson because it was new and their biological battery was at 100 % and the brake pedal worked. But today maybe their sleep was disrupted, their blood sugar dipped, or they sensed your stress and their battery dropped to 10%. low power mode activated and the brake pedal evaporates. The skill is still in their brain, but the inhibitory control required to sit and access it is completely offline. Okay, we got to take a quick break. When we come back, we're going to address one of the most common misreads in all of early childhood education. And it's a doozy. Homeschooling four