let the number 3.14 be equal to 'x'
now
10x=31.41414141414141
100x=314.141414141414
now 100x-x=314.14141414 - 3.14141414
99x=311
x=311/99
A repeating fraction is a decimal representation of a number in which a string of numbers repeats itself endlessly. The repeating string may start after a finite number of non-repeating digits. For example, 29/132 = 0.21969696... repeating. The repeated sequence is [96] which starts after two digits.
It is not possible to have a terminating decimal which repeats or a repeating decimal which terminates. The two types are mutually exclusive.
First find the length of the repeating section of numbers. eg. For 0.678678678, 678 is the repeating section, and it's length is three. Divide this repeating section by the number with that many nines - for example in this case 678/999 = the fraction. Another example - 0.554755475547 = 5547/9999
A decimal fraction is said to be repeating if, after a finite number of digits, there is a string of a finite number of digits which repeats itself for ever more.For example,1537/700 = 2.19571428571428...The first three digits in the decimal representation are not part of the repeating pattern. After that, however, the string "591428" repeats endlessly.
for example if the decimal is 6.6 then to make it a repeating decimal you have to write it with a line on top of the .6 thats repeating
A negative fraction need not be a terminating decimal. For example, -2/3 = -0.66... (repeating).
An example of a repeating decimal is the fraction 1/6. One sixth equals zero point one six six repeating.
A repeating decimal is just a decimal that repeats. An example would be 6.575757... Repeating decimals are infinite.
A repeating fraction is a decimal representation of a number in which a string of numbers repeats itself endlessly. The repeating string may start after a finite number of non-repeating digits. For example, 29/132 = 0.21969696... repeating. The repeated sequence is [96] which starts after two digits.
Not always because any decimal that can be expressed as a fraction is a rational number as for example 0.33333.....repeating can be expressed as 1/3 which is a rational number
It is not possible to have a terminating decimal which repeats or a repeating decimal which terminates. The two types are mutually exclusive.
Okay. This If You Are Looking For A Example Of Terminating And Repeating Decimal You Came To The Right Place :] Example For Terminating Decimal 1/7= 0.142857 Example For Repeating Decimal 1/3= 0.33..
A non-repeating decimal is a decimal that never repeats itself. For example, pi is a non-repeating decimal.
When you convert a fraction to a decimal sometimes the decimal repeats forever. For example 1/3 as a decimal = 0.333333333.... (or 0.3 "recurring"). Another example is 1/7=0.142857142857.... (or 0.142857 recurring).
A fraction has a numerator set above its denominator If the numerator is less than the denominator then it is a common fraction as for example 3/4 which as a decimal is 0.75 If the numerator is greater than the denominator then it is an improper fraction as for example 5/4 which as a decimal is 1.25
First find the length of the repeating section of numbers. eg. For 0.678678678, 678 is the repeating section, and it's length is three. Divide this repeating section by the number with that many nines - for example in this case 678/999 = the fraction. Another example - 0.554755475547 = 5547/9999
A decimal fraction is said to be repeating if, after a finite number of digits, there is a string of a finite number of digits which repeats itself for ever more.For example,1537/700 = 2.19571428571428...The first three digits in the decimal representation are not part of the repeating pattern. After that, however, the string "591428" repeats endlessly.