Subtracting Fractions with the same Denominator
... M5.3.1 - Add and subtract fractions with like denominators; estimate using fractions and decimals. (Textbook Chapter 10) Adding Fractions with the same Denominator Fractions consist of two numbers. The top number is called the numerator. The bottom number is called the denominator. numerator denomin ...
... M5.3.1 - Add and subtract fractions with like denominators; estimate using fractions and decimals. (Textbook Chapter 10) Adding Fractions with the same Denominator Fractions consist of two numbers. The top number is called the numerator. The bottom number is called the denominator. numerator denomin ...
Chapter 1. Arithmetics
... 1. Addition: The concept of adding stems forms such fundamental facts that it does not require a definition and cannot be defined in formal fashion. We can use synonymous expressions, if we so much desire, like saying it is the process of combining. Notation: 8 + 3 = 11; 8 and 3 are the addends, 11 ...
... 1. Addition: The concept of adding stems forms such fundamental facts that it does not require a definition and cannot be defined in formal fashion. We can use synonymous expressions, if we so much desire, like saying it is the process of combining. Notation: 8 + 3 = 11; 8 and 3 are the addends, 11 ...
6. Cardinality And The Strange Nature Of Infinity
... larger than both ` and ] . Unfortunately, all of these conclusions are incorrect! In addition, if you are thinking “Of course they are incorrect. Each of these sets is infinite, so their cardinality is the same.” then you are also wrong. In fact, it turns out that ` = ] = _ < \ ! There are also inf ...
... larger than both ` and ] . Unfortunately, all of these conclusions are incorrect! In addition, if you are thinking “Of course they are incorrect. Each of these sets is infinite, so their cardinality is the same.” then you are also wrong. In fact, it turns out that ` = ] = _ < \ ! There are also inf ...
Decimal vs. binary representation of positive integers
... find the largest power of 2 that is less than the number, subtract that power of 2, and then repeat to find the smaller powers of 2 in the remainder. This works, but you need to know the powers for 2 to use it. On the next page, I show another algorithm for converting from decimal to binary, and an ...
... find the largest power of 2 that is less than the number, subtract that power of 2, and then repeat to find the smaller powers of 2 in the remainder. This works, but you need to know the powers for 2 to use it. On the next page, I show another algorithm for converting from decimal to binary, and an ...
Slides
... semicircle that has radius 10. No new rules in the third assignment. The “recipe” is A/2. The target of the assignment is A. “A has been overwritten by A/2” ...
... semicircle that has radius 10. No new rules in the third assignment. The “recipe” is A/2. The target of the assignment is A. “A has been overwritten by A/2” ...
