By the time a child enters Form 2, they’ve been preparing for formal science for several years—they’ve been watching birds build nests, studying snowflakes through a hand lens, and asking why the sun is lower in the sky in the winter. In short, they’ve been laying the foundation for scientific thought through wonder and observation.
Charlotte Mason believed that before a child was given scientific explanations, they needed experiences. She said, “There is no part of a child’s education more important than that he should lay, by his own observation, a wide basis of facts towards scientific knowledge in the future.” (Vol. 1, p. 264)
Now that they are around age 9 or 10, students are ready for formal science because they are beginning to think more abstractly. Their ability to ask “why?” deepens, and they can begin to explore causes and principles—not just phenomena. Charlotte Mason assigned The Sciences by Edward Holden for this stage because it honored that shift in thinking. It offered living ideas, explained in simple words, hands-on experiments, and a broad view of science—all without dulling curiosity or overburdening children with terminology.
But what makes science truly “living” in Form 2 isn’t just a book. It’s a method. In this post, we’ll look at how to teach science the Charlotte Mason way—through living books, narration, and experiments.
Living Books: Where Science Comes Alive
In a Charlotte Mason education, even science is taught through living books—not textbooks. These are books written by authors who love their subject and want to share it. Their voice is warm and engaging, their ideas are rich, and they draw the reader into a relationship with the topic.
In Miss Mason’s time, Holden’s book was one of the only resources that made formal science accessible to young students while retaining that sense of awe. She called it “a first-hand book,” written out of deep knowledge and a sincere desire to awaken the child’s understanding of the world. Charlotte Mason noted, “there is nothing scrappy and nothing hurried in the treatment of any topic,” (vol. 1, p. 266) which is part of what made the book so suitable for young learners. While some of its references are now dated, the spirit of the book still guides how we approach science in Form 2.
Fortunately, we have many excellent living books that speak more naturally to modern children while offering the same balance of truth and delight—many of which were written during the Golden Age of Children’s Literature. These books invite the child to form a relationship with the ideas—and with the natural world.
Narration: The Child’s Act of Knowing
Once a child has read (or heard) a living book, the next step is narration. In Mason’s method, narration is the child’s way of making knowledge his own. In science, this might look a little different than in literature—but it’s just as essential.
Through narration, a child processes:
- cause and effect
- sequences and systems
- new vocabulary
- and most importantly, the ideas behind what they’ve read
A Form 2 child might narrate orally, draw a diagram, explain a process to you, or even begin keeping written narrations in a science notebook. (Though written narration is not required until Form 3, some children may enjoy recording their discoveries this way.) You might hear things like:
- “The reason we hear thunder after lightning is because light travels faster than sound.”
- “A prism breaks white light into all the colors—like the ones we see in a rainbow.”
Narration reveals not just what the child remembers, but what he understands.
The Role of Experiments
In the early years, a child’s experimentation arises naturally through observation: Why does the junco arrive in winter? How do dandelion seeds travel? What happens if I throw this rock across the top of the water? But by Form 2, the child is ready for a new kind of hands-on experience—one that helps him grasp the principles behind what he sees.
Holden’s book included simple experiments that children were expected to perform themselves—never as busywork, but as a way of seeing more clearly. In the book’s opening pages, he writes:
“In this book there is a picture showing exactly what they did; but, after all, you cannot understand an electric bell half so well by a picture as you can by the real bell and the real wire… when he has done this and actually tried the experiment—and made it succeed—he will know as much about electric bells as he needs to know.”
These experiments confirm ideas, deepen understanding, and move knowledge from theory to lived experience. Charlotte Mason made her position plain by noting in every programme: “Experiments must be made.”
But not just any experiments—certainly not a random selection pulled from a Pinterest board or a child’s science kit. The experiments must align with the ideas the child is reading about, because that’s where his questions will lie. That’s what he’ll be most eager to understand.
Holden adds:
“Whenever it is desirable, simple experiments are described and fully illustrated, and all such experiments can very well be repeated in the schoolroom.”
Admittedly, I’ve found that families often need clearer, more step-by-step guidance to carry out these activities with success. That’s one reason I’ve developed my science guides the way I have—to make it truly possible for students to do the work themselves, with just the right level of support.
Your Role as a Guide
Your role as the parent also shifts in Form 2. In the early years, you were a model of wonder—a fellow observer, walking alongside your child through the seasons. Now, you become a facilitator of their science education. Don’t worry, however. You simply need to:
- Acquire the living books
- Read and wonder with your child
- Provide the materials for experiments
- And invite them to narrate what they’ve discovered
The author of the living book will do the teaching.
Form 2 science invites the child into a deeper relationship with the world. It builds on a foundation of wonder using the tools of living ideas, real experiences, and meaningful narration. Along the way, children are also developing habits such as attention, inquiry, imagination, and a delight in God’s world—skills that will serve them well as they progress to more advanced study. It’s a gentle beginning, but it carries a lasting impact.
