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11_Rationalizing and Fraction Bar_Nelms
11_Rationalizing and Fraction Bar_Nelms

Full text
Full text

... Hence to prove (b) we only need to show that the right hand side of (11) is non negative, Assuming that y is an integer smaller than 4.5r, we have that y < 4.5r — 0.5 = 4.5(r —1)4-4 and hence y = 4.5(r — 1) 4-4 — j for some real number j > 0 (actually an integer or half an integer). Using (a) and th ...
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Set Notation Name: We`ve learned about sets. Let`s learn some
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... We can also describe certain sets using another type of notation called “set-builder notation.” 2) Set-builder notation - To use set builder notation, we use some of our symbols. Look at these examples and see if you get the hang of it! This means, “the set of integers from 2 to 6, inclusive.” The s ...
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... The sum which appears on the right is called a Riemann sum. Similar sums appear frequently in mathematics, and we define a special notation to handle them. In the most general situation, we have a sequence of numbers q0 , q1 , q2 , q3 , . . . so that for any i = 0, 1, 2, . . . we have a number qi . ...
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... numbers in a list and dividing by the amount of numbers. E.g. find the mean of 4, 1, 3, 2, 10 so add 4+1+3+2+10=20 then 20 divided by 5 = 4. The mean is 4. Median- the middle number in an ordered set (a type of average) e.g. find the median of 8, 5, 5, 6, 10 so order and find the middle: 5, 5, 6, 8, ...
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... Give an example of two irrational numbers whose product is rational. Is it true that for every irrational number x there exists another irrational number y such that xy is rational? Prove that if p denotes a prime real number, then p must be irrational. How do you know that the decimal representatio ...
to get a 5 (30 ÷ 6) 5 times.
to get a 5 (30 ÷ 6) 5 times.

Document
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Positional notation

Positional notation or place-value notation is a method of representing or encoding numbers. Positional notation is distinguished from other notations (such as Roman numerals) for its use of the same symbol for the different orders of magnitude (for example, the ""ones place"", ""tens place"", ""hundreds place""). This greatly simplified arithmetic leading to the rapid spread of the notation across the world.With the use of a radix point (decimal point in base-10), the notation can be extended to include fractions and the numeric expansions of real numbers. The Babylonian numeral system, base-60, was the first positional system developed, and is still used today to count time and angles. The Hindu–Arabic numeral system, base-10, is the most commonly used system in the world today for most calculations.
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