Learn to Calculate Watts, Volts and Amps

Section 1: Using the Ohm's Law Triangle Lecture 1 12:17

After your previous introduction to Ohm's Law, it is now time to solve basic problems in electronics. The Ohm's Law Triangle is a simple tool used to help beginners remember the relationships between Voltage, Current and Resistance, and to use the triangle to solve an Ohm's Law problem when any two of the three are know.

Section 2: Watts and Power Lecture 2 16:35

After Voltage, Current and Resistance, the last component of the Ohm's Law Wheel is Power. This video and the next video explains the basics of power, the fundamental formulas and how to integrate power into the Ohm's Law Wheel.

Lecture 3 12:32

After Voltage, Current and Resistance, the last component of the Ohm's Law Wheel is Power. This video is Part 2, that explains the basics of power, the fundamental formulas and how to integrate power into the Ohm's Law Wheel.

Quiz 1

Ohm's Law Triangle; Watts and Power

4 questionsSection 3: Using the Ohm's Law Wheel Lecture 4 12:19

The Ohm's Law Wheel is a tool for electronics personnel to easily and quickly identify the correct formula or computation to use when solving for unknowns in any electrical or electronic circuit. This lecture explains the Wheel and how to use it properly.

Lecture 5

Using the Ohm's Law Wheel, Part 2

13:37 Quiz 2

Using the Ohm's Law Wheel

5 questionsSection 4: Direct and Inverse Proportion Lecture 6 15:20

Ohm's Law states that "current in a circuit is directly proportional to the voltage and inversely proportional to the resistance. This lecture will create a graph for the student that clearly shows the proof of these two relationships, and shows the difference between direct and inverse proportion.

Quiz 3

Direct and Inverse Proportion

3 questionsSection 5: Scientific Notation Lecture 7 18:20

Scientific Notation is a standardized way of writing very large or very small numbers. This, and the next, video will show you how to accurately convert numbers from Standard form (e.g. 94,000,000,000) to Scientific Notation (e.g. 9.4E10) and the reverse: How to Convert Scientific Notation into Standard form.

Lecture 8 14:26

Scientific Notation is a standardized way of writing very large or very small numbers. This, and the next, video will show you how to accurately convert numbers from Standard form (e.g. 94,000,000,000) to Scientific Notation (e.g. 9.4E10) and the reverse: How to Convert Scientific Notation into Standard form.

Lecture 9 13:04

Scientific Notation is a standardized way of writing very large or very small numbers. This, and the two previous videos show you how to accurately convert numbers from Standard form (e.g. 94,000,000,000) to Scientific Notation (e.g. 9.4E10) and the reverse: How to Convert Scientific Notation into Standard form

Quiz 4 3 questionsSection 6: Significant Digits and Rounding Lecture 10 15:12

Significant Digits are helpful tools for engineering calculations. This lecture shows you how to determine the number of significant digits in a number.

Lecture 11 12:09

Most adults are acquainted with round up or rounding down a number. "Rounding to Even" has specific rules, and is a common practice in all engineering professions.

Quiz 5

Significant Digits and Rounding to Even

5 questions Full curriculum




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