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Is the fraction 13 equivalent to a terminating decimal or a decimal that does not terminate?
1/3 does not terminate.
What is 1 over 13 equal to?
As a decimal, 0.076923 repeating
When a fraction is changed to a decimal and the remainder is not zero what is it called?
If the remainder were 0 it would be a terminating decimal. So it it not one of them. Any rational fraction MUST be have a decimal representation that is either terminating or recurring. So it is a recurring decimal.If you carry on with the division, you may find that the remainder changes but it will return to an earlier value. The part of the "quotient" from where you first got the remainder to where you got it again is the string of repeating digits. It will always be less than the denominator of the fraction.So, for example,2/3 = 0.66.... has a repeating string of length 1 but2/7 = 0.285714 285714 .... has a repeating string of length 6 = 7-1.2/13 = 0.153846 153846 ... also has a repeating string of length 6.
What is 13 over 22 as a terminating decimal?
13/22 cannot be expressed as a terminating decimal because the divisor has a factor other that 2 or 5.
Which of the reciprocals of the first 16 natural numbers have a terminating decimal representation and which have a repeating-decimal representation?
1/3, 1/6, 1/7, 1/9, 1/11, 1/12, 1/13, 1/14, 1/15 all have repeating decimal representations, while 1/2, 1/4, 1/5, 1/8, 1/10, and 1/16 have terminating decimal representations.
Is the fraction 13 equivalent to a terminating decimal or a decimal that does not terminate?
1/3 does not terminate.
What is 1 over 13 equal to?
As a decimal, 0.076923 repeating
How can you tell if a decimal is repeating or terminating?
That depends how the decimal is defined. If you have a fraction, and convert it to a decimal:* If the fraction, in simplest terms, only has the prime factors 2 and 5 in its denominator, the corresponding decimal number is terminating. This is related to the fact that 2 and 5 are the factors of 10 (the base of our decimal system). For example, a denominator of 2, 4, 5, 8, 10, 16, 32, 125, 625, 20, etc., will be terminating.* If there is any other prime factor in the denominator, the corresponding decimal number will repeat periodically. This is the case with denominators such as 3, 6, 7, 9, 11, 12, 13, etc.
When a fraction changed to a decimal and the remainder is not zero the decimal is called?
If the remainder were 0 it would be a terminating decimal. So it it not one of them. Any rational fraction MUST be have a decimal representation that is either terminating or recurring. So it is a recurring decimal.If you carry on with the division, you may find that the remainder changes but it will return to an earlier value. The part of the "quotient" from where you first got the remainder to where you got it again is the string of repeating digits. It will always be less than the denominator of the fraction.So, for example,2/3 = 0.66.... has a repeating string of length 1 but2/7 = 0.285714 285714 .... has a repeating string of length 6 = 7-1.2/13 = 0.153846 153846 ... also has a repeating string of length 6.
When a fraction is changed to a decimal and the remainder is not zero what is the decimal called?
If the remainder were 0 it would be a terminating decimal. So it it not one of them. Any rational fraction MUST be have a decimal representation that is either terminating or recurring. So it is a recurring decimal.If you carry on with the division, you may find that the remainder changes but it will return to an earlier value. The part of the "quotient" from where you first got the remainder to where you got it again is the string of repeating digits. It will always be less than the denominator of the fraction.So, for example,2/3 = 0.66.... has a repeating string of length 1 but2/7 = 0.285714 285714 .... has a repeating string of length 6 = 7-1.2/13 = 0.153846 153846 ... also has a repeating string of length 6.
When a fraction is changed to a decimal and the remainder is not zero what is it called?
If the remainder were 0 it would be a terminating decimal. So it it not one of them. Any rational fraction MUST be have a decimal representation that is either terminating or recurring. So it is a recurring decimal.If you carry on with the division, you may find that the remainder changes but it will return to an earlier value. The part of the "quotient" from where you first got the remainder to where you got it again is the string of repeating digits. It will always be less than the denominator of the fraction.So, for example,2/3 = 0.66.... has a repeating string of length 1 but2/7 = 0.285714 285714 .... has a repeating string of length 6 = 7-1.2/13 = 0.153846 153846 ... also has a repeating string of length 6.
What is 0.13888888888 as a fraction?
If you mean repeating 8 then it is: 5/36
What is 13 over 22 as a terminating decimal?
13/22 cannot be expressed as a terminating decimal because the divisor has a factor other that 2 or 5.
Does square root of 13 divided by 625 have a terminating decimal or a non-terminating decimal?
-612
What decimal is equivalent to 13 over 75?
0.173333 repeating
Which of the reciprocals of the first 16 natural numbers have a terminating decimal representation and which have a repeating-decimal representation?
1/3, 1/6, 1/7, 1/9, 1/11, 1/12, 1/13, 1/14, 1/15 all have repeating decimal representations, while 1/2, 1/4, 1/5, 1/8, 1/10, and 1/16 have terminating decimal representations.
What is the decimal equivalent for the fraction 13?
13 is not a fraction and so its decimal equivalent is 13.
