The Power of a Good Physics Teacher

“For a class like Physics, I think using real world applications is critical for learning it, especially for beginners.”

A Journey Within a Journey: Multiple Adversities

Sometimes things come together all at once and that is the case for this essay. As I was finishing up edits for my book project The Engineers: A Western New York Basketball Story, I did a broadcast on my science and technology YouTube channel for Black History Month. It focused on the Physicist Dr. Sylvester James Gates, Jr. and his peers. I started the broadcast by noting that I struggled with Physics during my junior year of high school, an important part of the story arc in my book.

I further noted that having the right Physics teacher can make all the difference in the world. Dr. Gates stated the same thing in the interview with him I read during the broadcast. He shared that an early Physics teacher inspired him to start his storied journey using an intriguing physics demonstration/experiment for he and his classmates. The sum of all of this was the genesis for this essay discussing learning Physics, and the critical role teachers play when giving instruction on the Grandfather of all the sciences.

The Grandfather of the Sciences

Physics is often referred to as the Grandfather of all of the sciences. I recall hearing that somewhere. Simply put, this just means that Physics is the basis for all of the other sciences. While my doctorate is in Pharmacology, Physics touched every aspect of my graduate research at the University of Michigan. My thesis project asked questions about drugs and their effects in living systems. That said all of the instruments we used to ask those questions used physics-based principles in one way or another. That goes for our columns used for chromatography, our orbital shakers, our mass spectrometers, our 96-well microtiter plate reader, our high performance liquid chromatography (HPLC) devices, etc. In short, no matter the science or application, Physics touches it.

My High School Physics Teacher

My Physics teacher at Hutch-Tech High School six years earlier was Mr. Kenneth Boudreau. As you can deduce from his name he was of French descent. He was a skinny man who typically wore a white button down shirt, fitted black slacks and black shoes. He had gray hair, a gray beard and wore glasses. He could have been your stereotypical government scientist at NASA or any observatory. Everyday he brought a thermos to class and seemed to be wired on caffeine. A classmate actually joked once that he never blinked. Finally I noticed that he frequently popped chewable antacids in his mouth. He was in fact robot-like and spoke in a monotone way.

Our Teacher’s Level of Effectiveness

“It is that simple folks!” Every time Mr. Boudreau explained something to us or showed us a calculation on the board, he ended by enthusiastically saying, “It is that simple!” I only remember a few things from that entire year under his instruction. I remember an initial lesson on scalars and vectors. I also remember hearing the word Mechanics which was the chapter dealing with the movement of objects, impulses and velocities. I am certain the Electrical Technology and Mechanical Technology majors at Hutch-Tech remember more. They had to as Physics was the basis of their majors. The Electrical Engineering majors particularly had to understand electrical potentials, currents and resistance.

“Is there a way you can make this more exciting and interesting?” I also recall a classmate asking our teacher potentially the most important part of learning Physics, especially for beginners. As described later, Physics is a calculation intensive science and unless you know why you are doing those calculations, it is easy to get lost. While our teacher knew his calculations and formulas, there were not many demonstrations so we could see their applications.

By the way I am not sharing these stories to beat up on Mr. Boudreau. As I will describe later, he did something very important for me towards the end of that year. That said, making classroom material interesting is a larger educational skill and transcends Physics. It goes for pretty much every subject.

I also struggled with Physical Science in the eighth grade at Campus West, the precursor to Physics. The teacher was also a little on the dry side. He shared the same last name as a famous singer from the group ‘The Rat Pack’ whose first name was Frank. Okay it was Dr. Sinatra. I excelled at Life Science the previous year under another teacher who brought a lot of enthusiasm and creativity to our classes. That was Mr. Radamacher. My undergraduate Physics professor at Johnson C. Smith University also did not make the subject particularly interesting either but at that point, I knew how to approach the class.

Early Struggles and Gradual Progress

My junior year was marked by a mysterious injury suffered when running cross-country, a basketball season that came off the rails, and struggles in both Course 3 Math and Physics. While I struggled early in Physics, my math grade was average but dipped during the adversity from my basketball season. After my basketball season came to its early finish, my math grade rebounded once I refocused.

Physics is a different way of looking at the world,” my father said over the phone during my struggles. He majored in Physics in college but there was minimal help he could give from five hours away with no internet. I did not understand his riddle immediately but I eventually figured it out.

My progress in Physics was incremental after starting off with a grade in the high 60s after that first semester. As described in my essay entitled, The Keys To Learning College Level Physics, once I sat down and started going over the materials and the problems, things started making sense. I wrote a similar piece about Chemistry. Physics was a quantitative science and it was calculation intensive. There was a formula for most of the principles whether it was a car accelerating or a rocket jettisoning into space. Once you understood the principles you could identify which formula to use. You could then plug in the numbers given in the word problem. Oh yes, all of the problems were word problems, so reading comprehension was also critical. Afterwards it was simple Algebra as Mr. Boudreau stated.

Turning Things Around

“I want to congratulate you for turning things around this year! You have made a lot of progress!” Late in the year, Mr. Boudreau sought me out in one of our classes. I sat in the back of the room goofing off with some classmates. He watched me struggle in his class early that year. He further observed when the switch turned on for me and when I started to understand things. I did not become the top student in the class by any means, but I was no longer scraping the bottom either. His acknowledgement of my progress was his greatest gift to me from teacher to student. It was an encouragement that I never forgot. It was an important step for me academically and in my future education and career as a scientist.

Understanding the Applications of Physics

As I end this essay, I want to acknowledge that teaching is one of the hardest professions out there. It can be exponentially more difficult depending on the district you are in and the students you have. It is a profession I do not know if I have the patience for. There are several factors that go into how well a student performs in a particular class. The teacher is just one of them. In some instances outside factors can impact how students learn. In some instances like mine, the seeds are planted early but do not bloom until later.

Regardless, for a class like Physics, I think using real world applications is critical for learning it, especially for beginners. Years later while volunteering at the David M. Brown Arlington Planetarium, I saw firsthand why planetariums and fulldome shows are important, especially for young people. I further understood the advantages kids who attend them regularly have over those who do not. Planetariums and fulldome shows about outer space spark curiosity and the imagination. They also show how subjects like Physics are applied. They show that the calculations can be fun.

One such kid who got to attend a planetarium regularly was Raphael Perrino. I met Raphael through his father Ralph whose tutoring company I worked in for a little while. Eventually all three of us worked together while volunteering in the group, The Friends of Arlington’s David M. Brown Planetarium. After finishing his education, Raphael started working in the aerospace industry. He was gracious enough to agree to the interview on my science and technology YouTube channel below. Early in the discussion, he acknowledged his high school Physics teacher and trained actor Dean Howarth, another planetarium volunteer, for creatively, effectively and enthusiastically teaching him and his classmates.

Basketball, Physics and Life: What’s the Connection?

As discussed in the opening of this piece, my early struggles with Physics was a part of my early basketball journey chronicled in my two-part book project entitled, The Engineers: A Western New York Basketball Story. As I went through my struggles, my coach at the time Ken Jones suggested tutoring by one of our team captains who also did not finish out that year. He will remain anonymous. Me and this captain were not particularly close and when I called him seeking his help, he did not respond in a way that encouraged me to further pursue his help. I thus took a risk and decided to figure it out on my own.

When I look back on the whole thing, a couple of things come to mind. The first thing I think about is my lack of mental toughness. Our basketball season hung in the balance and I should have done whatever I needed to do to keep myself academically eligible even if it meant a little bit of joking and ridicule. It was a two-way street though, and the second thing I thought about is that winning teams are cohesive units that stick together. Thus If a teammate is struggling, it is important for teammates who have the ability to help, to help them for the good of the team.

Closing Words

This concludes this piece. Thank you for reading it if you did. Some of the images used in this essay were lifted from an issue of Understanding Physics. If you have a child or know one who is struggling in a course like Physics, you might also consider getting a tutor. As described earlier, I worked in the tutoring world for a little while. It was fun coaching struggling students up and it generated some extra income for me. Also consider visiting your local planetarium or nearby science demonstrations. You might help that struggling student by doing so, and you may inspire the next great scientist! Best regards.

The Big Words LLC Newsletter

For the next phase of my writing journey, I’m starting a monthly newsletter for my writing and video content creation company, the Big Words LLC. In it, I plan to share inspirational words, pieces from my writer’s blog and this blog, and select videos from my four YouTube channels. Finally, I will share updates for my book project The Engineers: A Western New York Basketball Story. Your personal information and privacy will be protected. Click this link and register using the sign-up button at the bottom of the announcement. If there is some issue signing up using the link provided, you can also email me at [email protected]. Best regards.

The keys to learning college-level Physics

“Physics is a different way of looking at the world.”

A key principle of my blog is Creating Ecosystems of Success, and a key focus is awareness of the Science, Technology, Engineering and Mathematics (STEM) fields. Several years ago, I tutored in the former Northern Virginia Tutoring Service to earn some extra income outside of my federal science career. The subject that gave me the most business year after year was International Baccalaureate (IB) and Advanced Placement (AP) General Chemistry for high school students – both college-level courses.

On a few occasions I tutored some students in Physics – the ‘Grandfather’ of all the sciences. Physics has a special place in my heart as it was a milestone for me during my growth as a student. I didn’t take to ‘Physical Science’ as an eighth grader, and I struggled with high school Physics as a junior. Midway through my junior year, I figured out what was going on and ended the year respectably. I discovered that I could succeed in a ‘quantitative’ science course.

With a younger cousin now taking IB Physics as a freshman in high school and struggling early on herself, I’ve decided to craft a piece about the keys to learning college-level Physics. As a Pharmacologist/Toxicologist, I’ve tried to be as accurate as possible in this piece. Please excuse me if I’ve misspoken about anything or even leave a comment below this post.

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“Physics is a different way of looking at the world,” my father, a Physics major himself in college said when I was a junior in high school and didn’t understand the class initially. It was a vague explanation and I still didn’t get it. My teacher at Hutch-Tech High School in Buffalo, NY also didn’t give a nice comprehensive explanation of what the class was about before going into his discussion of “Scalars” and “Vectors”. He was a very robot-like, studious-looking, middle-aged gentleman, with a graying beard and glasses who almost never blinked as one classmate humorously pointed out one day.  To give him the benefit of the doubt, I’ll say that he might’ve given us a nice introduction and perhaps I just wasn’t paying attention.

In terms of my cousin who is struggling with Physics, one of the first questions I asked her coincidentally was if she knew what Physics was all about. She of course quickly answered, “No.” When learning anything, I believe that context is critical because it lets us know the ‘why’ and makes attacking the ‘how’ much easier. I explained to her that Physics itself is a broad field, but most importantly that it’s a way of mathematically explaining the natural world around us: calculating the masses of things, the speeds of objects, understanding how light and sound travel, understanding gravity, etc.

When NASA, SpaceX or their collaborators and competitors send astronauts and rockets into space for example, there’s a whole series of calculations that need to be performed and worked out ahead of time. Understanding “Time Dilation” in outer space requires some knowledge of how gravity and light work together. This gives us insight as to why individuals age more slowly in low-gravity environments. Calculating how fast a football ball travels, understanding the acceleration of cars, building high-speed rail systems, building bridges and buildings, and understanding how cell phones work – this all involves Physics.

Partway through my junior year struggles, something ‘clicked’ and I realized that we were being asked ‘word problems’ – problems where we were given multiple pieces of evidence and then having to solve for an unknown – usually having to use an Algebraic equation. I’ll use an example from the ‘Mechanics’ chapter of most Physics curricula. Mechanics deals with the movement and speeds of objects and thus involves concepts like: ‘Force’, ‘Momentum’, ‘Velocity’, ‘Acceleration’, ‘Friction’, and ‘Inertia’. The word problems typically involve giving two to three pieces of the puzzle and then asking the student to solve for the unknown.

An example is being given the mass of car, the speed of the car and then being asked to determine its Momentum (p). To answer the question, students must understand what Momentum is in terms of ‘units of measure’. In this case, Momentum is represented as: mass (m) * velocity (v) – the units usually being kilograms (kg) for mass and meters per second (m/s) for velocity:

p = m (kg) * v (m/s)

The measurement of speed is a ‘rate’ and in the United States, we typically measure speed in miles per hour (m/h). Canada uses kilometers per hour (km/h). Most Physics curricula express it as m/s. Underneath the Mechanics umbrella there is also Acceleration (a) which is very, very close to Velocity except for one subtle difference – the units are meters per second squared (m/s²). Instead of Momentum (kg*m/s) this one little change creates the unit for Force (F) (kg*m/s²) which is referred to as the “Newton”. The actual formula is:

F = m (kg) * a (m/s²)

This is just a piece of Mechanics. There are many more calculations in the: Circuits and Electricity, Dynamics, Kinematics, and Thermodynamics chapters just to name a few. This meticulousness with formulas and units of measure is what my father meant by, “looking at the world differently.” He meant looking at the world mathematically and in terms of formulas, laws and ‘constants’. And with that, I’ll discuss some simple keys to excelling at college-level Physics. They are as follows:

Understanding Physics at a high level: While the goal is to understand the world in a mathematical way, context is critical in my opinion because otherwise you’re just needlessly doing calculation after calculation. Again, my high school Physics teacher may have given us a nice comprehensive introduction and I was either daydreaming about basketball or girls, but my first memories of the class were ‘Scalars’ and ‘Vectors’ as described above. Once I got older and understood that Physics is everywhere, and its great history, I developed a great respect for the field and those who work in it.

Understanding the scientific and mathematical relationships: At some point during my junior year of high school, the ‘light bulb’ in my brain turned on. I realized that most of the questions we were being asked involved a principle of some sort and there were corresponding equations and formulas. The examples cited above involved Mechanics but there are many other modules in Physics. Students must be able to quickly read a question and identify which principle and the corresponding formula/equation being called upon. From there it’s pretty much ‘plugging and playing’.

Students must become meticulous about the units measure and your calculator must become your ‘best friend’ just like in Chemistry. Some questions give the student two different units of measure and the units for the answer may be a combination of the two, a constituent of the two, or something completely different if a ‘physical constant’ value is involved – the speed of light or sound for example or the Earth’s gravitational constant. Some questions even involve multiple equations. You get the point, and this is what makes the final key is so important; practice. By the way, many teachers and professors allow their students to write down their equations and formulas and bring them to the tests eliminating the need to memorize them.

Being disciplined about practicing the problems and seeking help: The final important key in my opinion, is taking the time outside of class to go over the practice problems and being ruthless about it. Depending on how long a given test is, students will usually only have about an hour to complete the questions. For that reason, it’s critical to be able to identify what’s being asked quickly, and then being able to quickly calculate the answer. To do that, students must practice as many problems as possible in their spare time – if the teacher assigns only the odd numbers in a chapter, then the student must also be willing to do the even numbered questions to master the principle.

Religiously doing the practice problems takes a certain amount of discipline, foresight and drive. More importantly it also builds confidence. This is the point I tried to drive home to my cousin and others in her situation. If students are confused about something when practicing their problems, they should seek out their teacher or a knowledgeable peer for more help. Once again, a key pillar of science is asking questions and knowing when you’ve arrived at the boundaries of your own personal knowledge.

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“I want to congratulate you. You’ve really turned things around this year,” my high school Physics teacher said to me late in my junior year. His words surprised me, and they showed that he was paying attention to how his students were doing. He saw me flounder early in the year, and then start to grasp the material as time went on. My early grades in the class were in the mid- to high-60s, but I recovered to finish in the high-70s to low-80s. As an undergraduate, I knew what to do immediately and scored in the 90s both semesters.

So, there you have it. Keep in mind that this is for high school and college-level Physics and it can get much more complex. There is for example “Calculus-Based Physics“, which gives me the chills just thinking about it. I imagine that the keys I gave still apply though the material is far more complex.  Lastly Physics in addition to being a prerequisite class for many STEM-hopefuls, it’s also a bit of ‘gatekeeper’ course which can derail the dreams of many Medical School hopefuls and other aspiring healthcare professionals.

Undergraduate Physics is as far as I went, though some of the principles did come into play once I started my graduate research. For the sake of this piece though, like Chemistry, students can get overwhelmed and lose hope once they fall behind early, which is dangerous because some may never want to participate in the STEMs afterwards.

Thank you for taking the time read this blog post. If you enjoyed this piece, you might also enjoy:

The keys to learning college-level Chemistry
The story of how I earned my STEM degree as a minority
The transferrable skills from a STEM degree in the basic sciences
A look at STEM: What is Pharmacology?
A look at STEM: What is Toxicology?
A look at STEM: What is Inhalation Toxicology?

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