It is: -1/25 simplified
All rational fractions.
It is not possible to list ALL the equivalent fractions because there is an infinite number of them.
There are an infinite number of equivalent fractions. The simplest form is 9/10.
1/2 = 2/4 = 4/8 are three different looking fractions that all mean the same, and are equivalent fractions.
Yes. Supposing the decimal terminates after n digits following the decimal point. Then consider the fraction whose numerator is the integer formed from the decimal by removing the decimal point. The denominator is 10n or 1 followed by n 0s. This fraction is equivalent to the terminating decimal.
They are all different ways of saying exactly the same thing.
The decimal equivalent terminates if and only if the denominator (of the simplest form) is 2a5bfor some non-negative integers a and b. In all other cases the decimal form is recurring.
All rational fractions.
It is not possible to list ALL the equivalent fractions because there is an infinite number of them.
Equivalent fractions are fractions that have the same value.For example:3/15= 2/10= 1/5 The fractions below are all equivalent.
There are an infinite number of equivalent fractions. The simplest form is 9/10.
1/2 = 2/4 = 4/8 are three different looking fractions that all mean the same, and are equivalent fractions.
No. There are infinitely many equivalent fractions for any given fraction.
take every single number you can think of and put it over every single number you can think of in every single way that you can think of and those are all the fractions for all the decimal numbers.
0.25 = 25/100 = 1/4 = 10/40. All three fractions are the same because the denominator is four times the numerator, and the first is the same as 0.25 because if you divide 25.0 by 100, you move the decimal point left two places and get 0.25. from the decimal of the fraction to the denomanator divided from the decimal and multiplied by the fractio sence equal the answer and youll get it!
Various methods: * Convert the fractions into equivalent fractions with the same denominator; then order by smallest numerator to largest; * Convert the fractions to [approximate] decimals by dividing the numerators by the denominators; then order by the smallest decimal to largest; * Divide the denominators by the numerators; then order by the largest result to the smallest. In all cases list the original fractions.
Yes. Supposing the decimal terminates after n digits following the decimal point. Then consider the fraction whose numerator is the integer formed from the decimal by removing the decimal point. The denominator is 10n or 1 followed by n 0s. This fraction is equivalent to the terminating decimal.