Your search for binary returned 13 results.

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  An Algorithm for Converting a Binary Number to a Decimal Number

  The learner will review and practice two methods for converting a binary number to a decimal number.

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  An Algorithm for Converting a Decimal Number to a Binary Number

  The learner will examine and practice a systematic method for converting a decimal number (base 10) into a binary number (base 2).

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  Basic Logic Gates: Evaluating AND, OR, and NOT

  The learner will evaluate combinations of 0s and 1s using AND, OR, and NOT gates.

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  Basic Logic Gates: Evaluating NAND and NOR

  The learner will evaluate NAND and NOR gates for different 0 and 1 input values.

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  Basic Logic Gates: Evaluating XOR and XNOR

  The learner will evaluate expressions with XOR and XNOR for different values of 0 and 1.

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  Binary Numbers: Addition

  The learner will add together positive binary numbers.

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  Binary Numbers: From Decimal Numbers

  The learner will convert whole decimal numbers in a range from 1 to 128 to binary numbers.

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  Binary Numbers: Place Values

  The learner will look at an unsigned binary number and determine the place value that the 1 occurs in.

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  Binary Numbers: Signed 2's Complement to Decimal

  These interactive flashcards will coach the student on how to convert 8-bit signed (using the 2's complement method) numbers to their decimal equivalent.

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  Binary Numbers: To Decimal Numbers

  The learner will convert unsigned 8-bit binary numbers to decimal numbers.

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  Binary Numbers: Two's Complement

  The learner will find the two's complement of (unsigned/positive) four- and eight-bit binary numbers.

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  Signed Binary Numbers: 2's Complement

  Learners will differentiate between signed and unsigned binary numbers and convert binary numbers using 2’s complement.

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  Subtracting Binary Numbers by Adding the 2's Complement

  The learner will solve three binary subtraction problems using the 2's complement method.