I have published a kindle book, so I will introduce it.
This is a book on electric circuits.
Electric circuits are a field that you must learn in junior high school
Those who choose physics in high school will learn including capacitors and coils.
But what is a capacitor?
What is a coil?
In the first place, there are many people who learn the behavior in circuits without learning the basics well.
Therefore, there are many people who are not good at what they are doing or who manage to do it by rote memorization.
This was also the case with me.
In fact, what is a capacitor in the first place? What is a coil?
After learning the principle, I finally understood the behavior in the circuit.
In this book, the principle and behavior in the circuit are explained using many easy-to-understand diagrams.
I am proud that it is a very useful book for those who have troubled with electric circuits.
↓ Below summary
I explained from the basics of electric circuits.
Electrical circuits are a unit that anyone learns in junior high school science.
However, I have the impression that not many people can explain why the electrical resistance of the system decreases when electrical resistance is used in parallel.
Electric circuits in high school physics are even more difficult,
you have to think of electric circuits that use capacitors and coils that you have never dealt with in our daily lives.
To be honest, I think less than 1% of people understand the phenomenon of why they behave like that.
This book was written from the ground up to understand the basics of electrical circuits.
I am proud that it is most suitable for understanding electric circuits using electric resistance, capacitors, and coils in DC power supplies.
The target audience is as follows.
・ High school students and college students who want to know more about electric circuits
・ Working people who have begun to be involved in the field of electrical circuits
・ People who made physical choices when they were in high school but are not sure what the electric circuit is
Easy to understand, I tried to explain from what are potentials and voltages?.
Also, the writing style is such that it will be of academic interest.
It is a content that can answer the following questions.
Where do you use the electric circuit?
What is an electric potential?
What is voltage?
What is an electric current?
What is electrical resistance? Do you handle it on a daily basis?
Why does the electrical resistance of the system increase in the series circuit of electrical resistance?
Why does the electrical resistance of the system decrease in the parallel circuit of electrical resistance?
What is a capacitor? What is a role?
What is Q = CV?
What is Capacitance C?
What is the permittivity ε?
Why does the capacitance of the system decrease in the series circuit of the capacitor?
Why does the capacitance of the system increase in the parallel circuit of capacitors?
What is an RC circuit? How does it behave?
What is a coil? What is a role?
What is VL = L di / dt?
What is the induced electromotive force VL?
What is Inductance L?
Why does the system inductance increase in a series circuit of coils?
Why does the system inductance decrease in a coil parallel circuit?
What is an RL circuit? How does it behave?
If you have any questions listed above that you do not understand, we strongly recommend that you pick up this book.
I would like you to read this book first before you start working on various specialized books.
I explained it using a lot of figures so that I could grasp the image widely.
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