Converting Between Number Systems: A Three-Step Strategy

📚 Distance learning is introduced as an alternative method of education.

🖥️ Methods of converting numbers from base 10 to other number systems are taught.

➗ Two methods of converting numbers using division are explained.

💡 Converting between number systems involves comparing the powers of the target base to the number being converted.

📊 If the power of two is greater than the number being converted, write 0; otherwise, write 1 and subtract the power of 2 from the number.

🔢 Repeat the process for each power of 2 until all columns in the table have been covered.

📚 This video teaches conversion between number systems from base 2, 8, and 16 to base 10.

💡 The lesson covers the objectives, prerequisites, real-life application, exercises, and an assignment related to number system conversion.

✏️ To successfully convert between number systems, you need to calculate powers of numbers, multiply numbers, and identify the most and least significant symbols of a number.

🔢 Understanding the significance of digits in a number - most significant digit and least significant digit.

💻 Converting between decimal and binary numbers using a three-step strategy.

🔢 Applying the conversion strategy to convert a binary number to base 10.

💡 Converting between number systems involves three steps.

🔢 Step one: Write down the positional parameters of each symbol.

✕ Step two: Compute the positional value for each symbol.

➕ Step three: Multiply each symbol by its positional value and add the results.

🔢 Converting between number systems (base 10 and base 2)

🧮 Steps to convert from base 2 to base 10

🔠 Steps to convert from base 8 to base 10

🔢 Converting between number systems

⭐️ Multiplying each digit by its positional value

✏️ Applying the conversion methods to solve exercises