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example of **rational** and irrational set of **number**s chart You're looking for a website with examples of **rational** and irrational **number**s? Here's an extensive one: **Rational**: Link Irrational: ...

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...**number** of **rational** **number**s between any two **rational** **number**s. Given any two **rational** **number**s, the **number** midway between them is also **rational**. By the same logic, the **number** midway between the smaller ...

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How many **rational** **number**s are between 10 and -10? There are an infinite **number** of **rational** **number**s between any two distinct **rational** **number**s.

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How many **rational** **number**s are there between 10 and -10 There are an infinite **number** of **rational** **number**s between any two different **rational** **number**s.

**rational** **number** A **rational** **number** is a **number** that can be expressed as the RATIO (see **rational**) of two integer (whole) **number**s. 8 is an integer, and so is 3. The **number** 8/3 is a RATIO of two integers

**rational** **number** The opposite of any **number** (be it integer, **rational**, or real) is the same **number** preceded by the negative sign. Example : the opposite of a is -a (read it a negative a) opposite of (-b

**rational** **number** The opposite of any **number** (be it integer, **rational**, or real) is the same **number** preceded by the negative sign. Example : the opposite of a is -a (read it a negative a) opposite of (-b

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What do you know about multiplying a **rational** **number** by a **rational** **number**? The product of two **rational** **number**s is another **rational** **number**.

...**rational** **number** whats the differance beween them ? All integers are **rational** **number**s. The easiest way to see that is to write an integer as a fraction with 1 as a denominator; 4=4/1=8/2; 5=5/1. Any ...

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**number** is **rational** or irrational? If a **number** can be expressed as a ratio of two whole **number**s then it's **rational**. Alternatively, if a **number** can be expressed in decimal with a finite **number** of digits

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