11.04-irrational
... In Lesson 2 you learned how to show that any terminating or repeating decimal can be converted to a fraction. In other words, you know how to show that terminating or repeating decimals are rational numbers. ...
... In Lesson 2 you learned how to show that any terminating or repeating decimal can be converted to a fraction. In other words, you know how to show that terminating or repeating decimals are rational numbers. ...
review notes
... exponents. 30,000/.002 = 3.0104/210-3 = 1.5x10(4 - -3) = 1.510+7 Remember that dividing two numbers is equivalent to multiplying the first number by one over the second number: a/b = (a)(1/b) and that changing the sign on an exponent is like putting it in the denominator (or inverting it). ...
... exponents. 30,000/.002 = 3.0104/210-3 = 1.5x10(4 - -3) = 1.510+7 Remember that dividing two numbers is equivalent to multiplying the first number by one over the second number: a/b = (a)(1/b) and that changing the sign on an exponent is like putting it in the denominator (or inverting it). ...
Real Numbers - shilepsky.net
... Non-repeating decimals or numbers that are not rational numbers are called irrational. Most real numbers are irrational. The square root of 2 and are irrational numbers. ...
... Non-repeating decimals or numbers that are not rational numbers are called irrational. Most real numbers are irrational. The square root of 2 and are irrational numbers. ...
