Physics 100: Mastering Ohm's Law and DC Circuits from Udemy

This is a comprehensive course on Ohm's law and Direct-Current (DC) circuits, which are circuits where the direction of the current in a circuit element does not very with time. The topics in covered in this class are:

1. Current and the Motion of Charges

Definition of electric current and current density
Finding the drift velocity and density number

2. Resistance and Ohm's Law

Review of Ohm's law
Understanding the difference between Resistance and Resistivity
Understand the Color Code for Resistors
Connection to the Electric Field

3. Energy in Electric Circuits

Review of Power
Rate of Potential Energy Loss
Rate of Power Dissipated in a Resistor
EMF's and Batteries
Internal Resistance and Maximum Power Delivered

4. Combinations of Resistors

Simplifying Electric Circuits
Equivalent Resistors
Resistors in Series vs Parallel and how to identify the different combinations

5. Applying Kirchhoff's Rules to Circuits

Problem solving strategies for single loop circuits
Problem solving strategies for multi-loop circuits
Finding the potential across resistors and between any two points in a circuit
Understand measuring devices such as ammeters and voltmeters.

6. RC Circuits

Learn how to analyze RC circuits in the short and long time limits
Charging vs discharging a Capacitor
Understand RC time constant
Understand energy conservation during charging and discharging a capacitor.

The class is a combination of lectures and tutorial. I've put together a series of example problems, algebraic and conceptual, to help you better understand the material.

The are over 60 fully solved circuit problems in this class.

There are 4 problem set in the course:

1) Multiple Short Questions

2) Circuits with Resistors and EMF's

3) RC Circuits

4) Conceptual Problems

If you watch the lessons, work on the problems, i'm certain you'll become very proficient at analyzing DC circuits.

If at any point during any of my classes you didn't understand something, just message me and i'll make it right. Physics Ninja always has your back.

Happy Learning,

Dr. E.

Physics Ninja and Expert Physics and Math Teacher

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Develops a strong foundational understanding of Ohm's law, DC circuits, and circuit analysis techniques

Taught by Physics Ninja, an expert physics and math teacher with a strong reputation

Features a combination of lectures, tutorials, and problem sets to reinforce learning

Covers a wide range of topics relevant to DC circuits, including current motion, resistance, power, and circuit combinations

Provides numerous fully solved circuit problems for practice

Includes hands-on problem sets and conceptual exercises to enhance understanding

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Physics 100: Mastering Ohm's Law and DC Circuits with these activities:

Review Ohm's Law

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Review the basic principles of Ohm's Law to strengthen your understanding of the relationship between voltage, current, and resistance.

Browse courses on Ohm's Law

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Read through your notes or textbook chapters on Ohm's Law.
Solve practice problems involving Ohm's Law.
Create flashcards or a concept map to summarize the key concepts of Ohm's Law.

Read 'DC Circuit Analysis' by Van Valkenburg

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Expand your knowledge by delving into a comprehensive textbook on DC circuit analysis, providing a deeper understanding of the subject matter.

View Reference Data for Engineers: Radio,... on Amazon

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Obtain a copy of 'DC Circuit Analysis' by Van Valkenburg.
Set aside dedicated time for reading and studying the book.
Take notes, highlight key concepts, and solve practice problems.
Discuss the material with classmates or the instructor for further clarification.

Attend a DC Circuits Workshop

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Participate in a workshop led by an expert to gain hands-on experience in building and analyzing DC circuits, fostering your practical skills.

Browse courses on DC Circuits

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Find and register for a DC circuits workshop.
Attend the workshop and actively participate in the activities.
Build and analyze various DC circuits under the guidance of the instructor.
Ask questions and engage in discussions with the instructor and other participants.

Five other activities

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Simulate DC Circuits

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Use circuit simulation software to build and analyze DC circuits, allowing you to visualize and experiment with different circuit configurations.

Browse courses on DC Circuits

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Choose a circuit simulation software, such as LTSpice or CircuitLab.
Build a simple DC circuit in the software.
Simulate the circuit and observe the voltage, current, and power values.
Experiment with different circuit components and configurations.

Discuss Circuit Analysis Techniques

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Engage in discussions with peers to exchange knowledge, clarify concepts, and gain different perspectives on circuit analysis techniques.

Browse courses on Circuit Analysis

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Find a study group or online forum for DC circuits.
Participate in discussions on circuit analysis methods.
Share your own insights and ask questions to deepen your understanding.
Collaborate on solving circuit problems together.

Solve Circuit Problems

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Engage in regular practice solving circuit problems to enhance your problem-solving skills and deepen your understanding of circuit behavior.

Browse courses on Circuit Analysis

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Find a collection of circuit problems, such as online resources or textbooks.
Set aside dedicated time for practicing circuit problem-solving.
Start with simpler problems and gradually increase the difficulty.
Check your solutions against provided answers or use simulation software for verification.

Explain a Circuit Concept

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Create a written explanation, video tutorial, or presentation that thoroughly explains a specific circuit concept, reinforcing your understanding and communication skills.

Browse courses on DC Circuits

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Choose a circuit concept that you want to explain.
Research and gather information about the concept.
Organize your thoughts and create an outline.
Develop your explanation using clear and concise language or visuals.
Review and refine your work for clarity and accuracy.

Design a DC Power Supply

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Apply your knowledge to design and build a DC power supply, demonstrating your understanding of circuit components and system integration.

Browse courses on Electrical Engineering

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Research different DC power supply designs.
Choose a suitable design based on your requirements.
Source the necessary components and materials.
Assemble and test the DC power supply.
Document your design and findings.

Career center

Learners who complete Physics 100: Mastering Ohm's Law and DC Circuits will develop knowledge and skills that may be useful to these careers:

Instrumentation and Control Technician

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Industrial Electrician

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Field Service Technician

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Control Systems Engineer

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Power Systems Engineer

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Electrician

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Robotics Engineer

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Electrical Engineer

Electrical Engineers make and use electricity, electromagnetism, and electronics to solve real-world problems. This course, Physics 100: Mastering Ohm's Law and DC Circuits, may be useful as it focuses on the analysis of DC circuits which is fundamental for Electrical Engineers to design electrical systems used in various industries.

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