A rational number can be expressed as a ratio p/q of two integers where q > 0. Divide the numerator p by the denominator q. The answer is the decimal representation of the rational number.
If its a rational number then its decimal equivalent can be expressed as a fraction
Division by a non-zero rational number is equivalent to multiplication by its reciprocal.
It is simply: 0.34 = 0.340
Rational numbers are not usually rounded - their decimal equivalents are. So convert a rational into its decimal equivalent and then round it to however many places that you want.
It depends. A terminating decimal is a rational number. A decimal which, after a finite number of places, becomes a repeating (or recurrent) decimal is also a rational number. A decimal that is not terminating, nor [eventually] settles into a recurring pattern is not a rational number. Note that the decimal need not become recurring immediately.
Divide the numerator of the rational number by its denominator. The quotient is the decimal equivalent.
If its a rational number then its decimal equivalent can be expressed as a fraction
Converting a rational number to a decimal using long division. For example if you have a rational number of 2/5 you would set up the equation as 2 divided by 5 which requires long division. The answer to this would then be the decimal number 0.4.
You undertake a long division. Any fraction is a rational number and so its decimal representation must be terminating or recurring. A terminating decimal will mean that the long division reaches a point when the remainder is zero. A recurring decimal sequence is equivalent to the long division going through a cycle of remainders.
Division by a non-zero rational number is equivalent to multiplication by its reciprocal.
0.1 is equivalent to 1/10 which is a rational number
1
It can be expressed as a rational fraction, an equivalent rational fraction or as a decimal fraction.
34/99
It is simply: 0.34 = 0.340
Rational numbers are not usually rounded - their decimal equivalents are. So convert a rational into its decimal equivalent and then round it to however many places that you want.
It depends. A terminating decimal is a rational number. A decimal which, after a finite number of places, becomes a repeating (or recurrent) decimal is also a rational number. A decimal that is not terminating, nor [eventually] settles into a recurring pattern is not a rational number. Note that the decimal need not become recurring immediately.