Coming “Soon”: Science in the Atomic Age

My elementary science series is finished, and I am currently working on a junior-high course that carries on with the theme of teaching science through history.
My elementary science series has been complete for a while now, and I am thrilled to see it becoming popular in the homeschooling community. The series teaches students science in roughly chronological order. It begins with the days of creation (Science in the Beginning). It then moves on to the ancient Greeks (Science in the Ancient World), teaching science in the order it was learned. It continues through roughly the end of the 1800s (Science in the Industrial Age). If a student completes all five books in the series, he or she will be very well prepared to start learning science in a detailed way in junior high school.

For quite some time, I have been hearing from homeschooling parents who would like me to continue the theme of teaching science through history into the junior high school years. With the encouragement of my publisher, I have decided to give it a try. I am currently working on Science in the Atomic Age. It will be a junior-high-school level course that covers many of the scientific discoveries made in the 20th and early 21st centuries. I plan to discuss the modern view of the atom, how atoms join together to make molecules, what the molecule known as DNA does, the cell as the basic building block of life, several of the advances that have been made in medicine, the structure and characteristics of the universe as a whole, radioactivity, and nuclear reactions.

While it carries the theme of teaching science through history, there will be at least four important differences between this course and my elementary courses. First, in the elementary course, I teach all of science on a timeline. As a result, the books change science topics constantly. In the first 15 lessons of Science in the Ancient World, for example, students start by learning the importance of math in science, then learn about the science of music, then learn about atoms, and then learn about medicine. It’s difficult to cover scientific advancements made in the 20th and 21st centuries that way, because the issues become more complex, and it is important to see the development of one particular topic over the years. So while I will still discuss science in the context of history, it will be by topic.

In other words, when I write about our modern understanding of the atom, I summarize what was known towards the end of the 1800s. I then step students through the history of atomic science, eventually ending with our current understanding of the atom. As a result, students see how the entire field of atomic science developed through the course of the 20th and 21st centuries. I then move on to molecules, but once again, I step back to the end of the 1800s and discuss the history of how our understanding of molecules developed. When I get to DNA, I “reset the clock” once again, starting with what was known at the end of the 1800s and working forward to the present day.

Now, of course, the focus is on the science, not the history. The students aren’t learning what happened in the world during the 20th and 21st centuries, unless those events affected scientific progress (like the World Wars). Instead, they learn the history of how scientists were led to our modern views. Because of this approach, students not only learn the science of what is being discussed, but they also learn the scientific reasoning used to reach our current understanding of scientific issues.

The second major difference between Science in the Atomic Age and the other books in my series is that it will be much longer. More science has to be covered in junior high school, so unlike my elementary books, this book is designed to be used every day. The third major difference is the frequency of experiments. In my elementary series, each time the student does science, he or she has a hands-on activity, usually an experiment. While there are still experiments and hands-on activities in this book, there aren’t as many. In a two-week period, students will do three or four experiments or activities. That means the student will be expected to do more reading in this course.

The final major difference is that the book switches from a notebooking approach when it comes to reviewing the material to a question/answer approach. There are “comprehension check” questions the student needs to answer while he or she is reading. Then, at the end of each chapter, there is a chapter review to help the student remember everything that was learned. Finally, there is a test for every chapter. In order to prepare the student for high school and beyond, it is important that the student answers all of those questions and takes the test.

I have only just begun writing this course, so it won’t be available for this academic year. However, I hope to be able to choose a group of students to “field-test” the book for the 2019-2020 academic year. However, that will depend on my progress. Assuming that I can start the “field-testing” on time, the book should be ready for general use in the 2020-2021 academic year. Of course, the Lord might have quite different plans, so stay tuned to find out what happens!

Print Reading versus Digital Reading: Which Produces Better Comprehension?

I saw this Science Alert article come across my Facebook feed a few days ago, and I read it with interest. Written by two researchers from the University of Maryland, it makes some pretty strong statements about the effectiveness of reading a digital article compared to a print article. Essentially, the researchers say that for specific kinds of articles, students’ comprehension is better if the article is read in print form as opposed to digital form. They make this statement based on a review of the studies that already exist as well a study they published two years ago. While I think they are probably correct in their assessment, I am struck by how small the difference really is.

For the purpose of this article, I will concentrate on their new study. In their Science Alert article, they refer to it as three studies, but it is published as a single paper. In the study, they had 90 undergraduate students who were enrolled in human development and educational psychology courses read a total of four articles: two digital and two in print. Two of them were newspaper articles and two were excerpts from books. They were all roughly the same length (about 450 words). They dealt with childhood Autsim, ADHD, Asthma, and Allergies. Presumably, all of those topics would be of interest to the students, given the classes in which they were enrolled.

Before they did any reading, the students were asked to assess themselves on their knowledge of the four topics about which they would be reading. They were also asked which medium they preferred to read: digital or print. They were also asked about how frequently they used each medium. They were then asked to read the articles, but the order in which the articles were read changed from student to student. Some would switch between digital and print, while others would read the first two in one medium and then the second two in the other medium. That way, any effect from switching between the media would not be very strong.

After each reading, students were asked to identify three things: the main idea of the article, its key points, and any other relevant information that they remembered from the article. The researchers had asked the authors of the articles these same questions as well as two independent readers. Those were considered the correct answers. Two trained graders independently compared the students’ answers to the correct answers, and the grades they assigned were in agreement 98.5% of the time. For the 1.5% of the time they didn’t agree, they then discussed the grading and came to a mutual agreement.

After all four readings and tests, the students were then asked in which medium they think they performed best. As you will see, that’s probably the most interesting aspect of the study.

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Observations about Second-Generation Homeschoolers

One of several second-generation homeschoolers I have met this year.

This is “convention season” for homeschoolers across the United States, so I have been traveling to several different homeschool conventions, giving talks and speaking individually with lots of homeschooling parents. In some ways, these conventions never change. Many of the talks that I give are on the same topics that I spoke about at homeschooling conventions more than 20 years ago: how to “teach” science at home, why it is best for most students to be homeschooled through high school, and the fact that homeschooling produces graduates who are, on average, significantly better university students. Obviously, the details of the talks change every few years, but the basic points do not.

In the same way, many of the questions I get from homeschoolers are the same year after year and convention after convention. My son is only in 7th grade but is about to start Algebra 1. Should he really take high school biology? (In general, the answer is “yes,” but it depends on the student’s ability to work independently and how he reacts to academic rigor.) If he does take biology in 7th grade, can it be included on the high school transcript? (Once again, the answer is “yes.” See this article for more details.) My daughter is very talented in ballet and wants to pursue it as a career, but it requires a lot of rehearsal time. What should I do? (If a professional says that she has real potential, then you should scale back her other academic courses so that she can pursue her talents. Don’t neglect her education; just pare it down to the basic essentials so that she can have more time to hone her craft).

At the same time, however, each year brings a few changes. Some of the conventions that used to be large and well-attended are either very small or nonexistent. Other conventions that didn’t exist many years ago are now large and well-attended. Lots of new curricula are available, giving homeschoolers a wealth of choices for how to meet their children’s educational needs. The people you see at homeschooling conventions are also becoming more and more diverse every year.

This year, I noticed a new difference. Most likely, the difference has been slowly growing over a period of many years, but after speaking at the California Homeschool Convention this past weekend, it struck me that this year, I have interacted with a lot of second-generation homeschoolers (homeschool graduates who are now homeschooling their own children).

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The Final Mother/Daughter Comparison Between My Chemistry and Apologia’s Chemistry

In case you missed out on the first installment of this review, a mother and daughter have been comparing my chemistry course, Discovering Design with Chemistry, to Apologia’s chemistry course, Exploring Creation with Chemistry, 3rd Edition. This review came about because they had originally started using Apologia’s course, and it just wasn’t working for them. They started using my course, and it worked much better, as you can see in the previous installment as well as what you can read below. The comparison starts with the daughter’s perspective and ends with the mother’s perspective:

From the daughter’s perspective:

Last January, I wrote a comparison review for 3 modules of Apologia’s Exploring Creation, 3rd Edition, to 4 chapters of Dr. Wile’s Discovering Design with Chemistry. My overall view was that Apologia was very thrown together and confusing, while Discovering Design was more organized and enjoyable. In May of this year, I completed studying Dr. Wile’s Discovering Design with Chemistry, as well as reading over Exploring Creation; my original opinions remain the same as before. Though, there are a few more things I’d like to add in.

As I went through both texts, I discovered that the order of information and tone of writing is very important to how the student copes with the material. For example, Discovering Design is in conversational tone as if Dr. Jay himself were the one talking. He will often add in quick, funny or humorous things throughout the text especially when the topic starts getting heavy, which I find helps to release “chemistry stress.” Exploring Creation is also in a conversational tone, but it gets to be a bit confusing when a paragraph is giving an example using the pronoun “I,” and the student in this case has no idea who ‘I’ is.

In Discovering Design, Dr. Jay explains things to the point, builds on top of the material as chapters go on, and balances the difficulties of that material so that it doesn’t seem like too much. I can’t say any of this for Exploring Creation. While a few explanations are easy to understand, too often the book contains wordy paragraphs and unnecessary rules, and it’s difficult to grasp how any of the chemistry concepts taught are connected. In Discovering Design, you can’t wait to read the next section. In Exploring Creation, you can’t wait until you’ve finished the module.

I did come across a few frustrating things while studying Discovering Design. One was not being able to successfully complete experiments, because I couldn’t get the materials in the country where I live, and sometimes getting generally confused because, well, chemistry can sometimes be confusing. However, having said that, the experiments I was able to complete were excellent and helpful (For example experiment 10.4), the extra helps website helped overcome some of the confusion, and overall the course was really what I was expecting when I wanted to learn about Chemistry. I didn’t study Exploring Creation all the way through (On Your Owns and tests), but after just reading it, I don’t imagine a student would have a very good idea of the beauty of what chemistry really is; as Discovering Design does so well.

The last thing I can say is that Exploring Creation is like learning a bunch of mixed up chemistry facts, while Discovering Design is taking a thorough chemistry course.

S. White, student

From the mother’s perspective:

As we worked through Discovering Design, I found my thoughts were about the same regarding the teacher’s material. The fact that concepts are well-explained in the Discovering Design teacher’s manual helped a lot, as it has been a very long time since I have studied chemistry. Comparing the tests of the two texts, I especially noticed a difference in the weighting of the points for the test questions. In the Discovering Design tests, I felt there was a healthy balance between grading the math and grading the understanding of concepts, whereas Exploring Creation seemed to put too much weight on the math questions so that even if a student got everything right but two of the math questions, he could fail the test, which doesn’t seem to be right when a student has clearly mastered the concepts.

I would like to note here that Dr. Wile’s text is designed to take a normal school year, and as you can see, my daughter completed the entire text in 5 months. This was not because the text was too easy, but rather that my daughter dedicated 5 or 6 hours a day (and in some cases more) to chemistry in order to finish it before her graduation. I would not recommend this schedule to the average student.

L. White, teacher

A Homeschooling Mother Looks Back on Her Journey

A Facebook friend of mine named Ginger Linthicum Narmour is finishing up her last year of homeschooling. She posted a wonderful summary of what her experience has meant to her, and with her permission, I want to share it with you. I pray that every homeschooling mother can look back at her experience with such joy and wonder!

This spring is poignant for me since it marks my very last year of homeschooling. The Lord called us so long ago as Michael and I were contemplating which educational road we should walk down with our daughter, Courtney. Living in the beautiful Pacific Northwest at the time, we walked along the beach one moonlit night and felt that call to travel a road that was unfamiliar, one often criticized and thought second-best. Armed with supplies and a few books penned by the brave veterans that paved our way, we embarked on the most beautiful journey this mama (and daddy) could have ever hoped to enjoy.

I remember hearing her first words read. I still see the new colored pencils in her hand sketching views from her upstairs window. Then the joy of adding a second student, Lindsey, and breathing the sweet, salty air on daily walks with cooing baby and budding biologist in tow, all around the Navy housing neighborhood down to the beach, the park, the library. I’m remembering the family “field trips” to apple orchards and nature estuaries and museums and whale watches and picnics at parks with trees as green and tall and lush as any this Texas girl could have ever dreamed of seeing in person. Such are the things of heaven on earth.

Moving back home to Texas brought blessing number 3, Caitlin, and we were now a homeschooling family of 5. What precious memories of personal phone calls with best-selling curriculum authors who shared their talents freely with me, African tents in the living room and museum visits and struggles with spelling and beautiful books read faithfully every night by a precious daddy to his beloved daughters. I can still remember their eyes watching him read. Molding soft hearts and minds; lighting those fires. What a perfect job to be blessed with!

Moving to Arkansas brought blessing number 4, Kelsey, and our little family still sat together for read-alouds and music concerts and physical science videos and math facts practice and cooking exotic meals for geography lessons. Waiting with such expectancy for the haggard mail carrier to bring us yet another box heavy with carefully-chosen books for the next year. We just couldn’t wait to start again. Ah, all the pictures taken, the memories made. A more lovely life for me would not have been possible.

Years passed, a new Virginia home, the God-inspired talents bubbling over, college successes, hard lessons learned, characters molded and mellowed, fruit ripening, blessings heaped upon blessings. The hard work, the struggles with life and the laundry and the never-ending dirty dishes and impossible curriculum fair purchase decisions, I wouldn’t trade a minute of any of it.

So this last month of our school year is coming up. I see the books slowly being finished one by one and being placed on shelves or in boxes to pass on to new families who are beginning or continuing their studies. The melancholy ache of sweet times drawing to a close. I never intended to finish this journey without my beloved but the Lord has strengthened me to finish the race with happiness and joy. I am content.

Just a few more weeks to go and I will hang up my old ‘denim jumper’ and call my homeschooling days a blessed success. All I have to do is look at their beautiful faces, their beautiful souls.

Physicist and Homeschooling Pioneer Will be Speaking at Two Homeschooling Conferences

Dr. Helen Jackson, who will be speaking at two of the Great Homeschool Conventions this year.
Suppose you are systems engineer at NASA. Successfully getting to this point, you meet and marry a wonderful man and eventually have two more children (after escaping a previous marriage plagued with domestic abuse). You continue in your career while you and your spouse raise your children. The older children have already started school. However, suppose one of your children isn’t getting what he should from his education. You switch from public school to a Christian school, but it makes no difference. What do you do then?

When Helen Jackson was faced with this problem, she prayed about it and was led to quit her job at NASA and homeschool her children full time. While she “put her career on hold” to educate her children, she didn’t end it altogether. As the children got older, she started doing some part-time programming work and other forms of work like consulting. From there she phased back into engineering work. Once all the children had completed high school, eventually, after a few twists and turns, she got her Ph.D. from the Air Force Institute of Technology.

Nowadays, she is a research physicist for Battelle, a science and technology research company. She is currently developing software that can interpret X-ray images to look for objects that might represent a security threat. This line of research is possible because of the work of her late husband, who co-invented the X-ray spectrometer, which is a cornerstone in so much of imaging technology.

I had the privilege of interviewing Dr. Jackson a few days ago, because she will be speaking at the Midwest Homeschool Convention and the California Homeschool Convention this year. I found her warm, engaging, exceedingly intelligent, and most importantly, profoundly wise. I learned a lot from the interview, and if you are able to attend, I strongly encourage you to go to one of the conventions and listen to her talks.

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A Mother and Daughter Compare Apologia’s Chemistry to My Chemistry

In the fall of 2014, Apologia released the third edition of its chemistry course. While I had written the two previous editions, they went with two different authors for their third edition. I reviewed it and couldn’t recommend it to anyone. Since Apologia allowed its second edition to go out of print, I thought that homeschoolers needed another option, so I wrote a new chemistry course, which Berean Builders published in the summer of 2015. Many people have asked me how I compare my new book to Apologia’s new book, but it is hard for me to do that, since I am the author of one and not the other.

In December of last year, I received an email from a mother (Leeanne White) who needed advice about chemistry. Her daughter (Sarah) was using Apologia’s new chemistry book and was really struggling. She had gotten through the first three modules and just wasn’t getting it. I suggested that she use my book instead. She decided that was a good idea. I also asked her to consider writing a completely honest comparison of the two courses. She agreed.

Well, Sarah and Leeanne have been through four chapters of my book now, and they both agree that it works much better for them. They wrote up a review (which contains both perspectives), and it appears below. They promised to write another review once they are completely done, but I thought people might want to see what they think so far.

Note: They finished their review. The final version is here.

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Homeschooling: It’s Worth the Tears

This is the expression my daughter had pretty much every morning in home school.
There is a new blog that might be of interest to my homeschooling readers. It’s called Homschooling.mom, and as time goes on, it will offer insights from various speakers and authors who are popular in the homeschooling movement.

I wrote two of the articles that open up this blog. The most important one is

Homeschooling: It’s Worth the Tears

It discusses my homeschooling journey with my teenage daughter and what it has meant for both of us now that she is an adult.

The other one discusses some of the research that has been done on homeschool graduates in university. I have discussed the contents of that article in separate blog posts on this site, but the article below compiles the information into one source:

Homeschool Graduates and University

I hope you enjoy the articles. I also hope you remember to go back to homeschooling.mom, because I suspect that it will be very useful to those who are still homeschooling.

Exploring Creation with Marine Biology, 2nd Edition

The cover of Exploring Creation with Marine Biology, Second Edition
About 12 years ago, Sherri Seligson published a course entitled, Exploring Creation with Marine Biology. It quickly garnered rave reviews among homeschooling families. Over those 12 years, I have spoken to many, many high school students who have called it their favorite course, and I can remember at least four of them who said that they planned to study marine biology at university specifically because the course had given them a love for the subject. Such reviews have never come as a surprise to me, because Seligson has the “perfect storm” of characteristics for writing an excellent marine biology course for homeschoolers.

First and foremost, she knows her subject. She has a degree in marine biology and was the aquarist of the Living Seas aquarium at Epcot Center for four years. Based on her work there, she was able to publish original research on shark behavior in captivity. Second, she has a real passion for the subject. Just ask her a question about marine science. Her eyes will light up, she will smile, and she will enthusiastically answer your question, along with a dozen other related questions that you hadn’t thought to ask. She is also an excellent communicator, being able to adjust the way she discusses a subject so as to meet the needs of the listener. Finally, she is a homeschooling mother, having educated four amazing children who are now adults. Is it any wonder that she could write a course on marine biology that would become so beloved in the homeschooling community?

However, 12 years is a long time for a biology course to be around. Our understanding of the natural world changes, and sometimes, those changes are substantial. As a result, science courses need to be updated from time to time. So far, the publisher of Exploring Creation with Marine Biology has been “hit and miss” with its updates. A few years ago, the publisher updated its Human Anatomy and Physiology course, making it significantly better than the previous version. The publisher then updated its chemistry course, with disastrous results.

I am happy to report that the publisher is now “two for three,” having produced an excellent update to this already fantastic course.

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Homeschooling and Socialization

Homeschooled children are better socialized than those in public and private school. (click for credit)

When I first started working with homeschoolers, lots of people were concerned about socialization. They wondered how children would “learn” to get along with other children and navigate difficult social settings without being in school. Even before I started researching the matter, I thought the concern was unfounded. After all, school is probably the most artificial social setting a child will ever experience. When are adults ever cloistered away in ghettos, surrounded by people who are the same age? Never. Thus, the idea that students can learn good socialization at school always seemed nonsensical to me.

Nevertheless, people did express concern, so I looked through the academic literature. Even back in the 1990s, there was a wealth of research available on the socialization of homeschoolers. Not surprisingly, the research showed that homeschoolers were better socialized than their publicly- and privately-schooled peers. Perhaps the most interesting study done back then was a Ph.D. thesis by Larry Shyers. In his study, he filmed children from public, private, and home schools in free and structured play. The behaviors of those students were then analyzed by clinical psychologists who didn’t know the schooling backgrounds of any of the children. When Shyers compared the analyses of the homeschooled children to those of the other children, he saw that in nearly all categories of social interaction, the homeschooled children were equivalent to the children from public and private schools. There was only one category in which the homeschooled students scored lower: problem behaviors. As Shyers wrote:

It can be concluded from the results of this study that appropriate social skills can develop apart from formal contact with children other than siblings.

Wow! What a shocker! Children can learn to get along with other people even if they aren’t cloistered away in ghettos, surrounded by people their own age!

Now as I said, even back in the 1990s it was well known that homeschooled students are, on average, better socialized than their peers. Why, then, am I writing about homeschoolers and socialization now? Because someone raised the issue in a Facebook group of which I am a part, and I decided to turn my response into a more detailed blog post.

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