You can try to subtract the first few digits that are displayed from the answer, but note that calculators work to a limited precision so you may not be able to get much more than 10 to 12 digits this way and if the decimal has more than 12 digits you will not be able to find all the digits.
The only solution is to do the long division (by hand, using the digits displayed by the calculator, but when you run out of digits in the calculator, you can start a new division using the remainder so far to continue for the next few digits).
Alternatively, find a calculator which works to more precision.
Yes, it can.
It is placed over one length of repeating decimal digits.
For a single repeating digit, it is a dot over the digit.For string of repeating digits, it can be a dot over the first and last repeating digits, or a bar over the repeating string.
No... you can write it to any number of decimal places.
The line over the digits that repeat in a repeating decimal.
The calculator will show you the number rounded to the maximum number of displayable digits, just as it does with any number that exceeds the precision of the calculator. It depends upon the calculator. Most calculators do the above; however, the more recent common Casio calculators (eg the fx-83GT Plus) has the ability to display the recurring decimal as a recurring decimal with a dot over the recurring digit (or over the first and last recurring digits if more than 1 digit recurs), as a fraction or as above, with the ability to change the display between them.
a repeating decimal
It is terminating - after two decimal digits.
It is a repeating decimal.
.. has a string of digits which repeats for ever.
No. It terminates after 6 decimal digits.
Repeating
Infinity.
The decimal shows a repeating pattern. Repeating decimals are rational.
It is a repeating decimal that starts: 0.363636... (repeating the digits '36' forever).
No, 125 is not a repeating decimal. A repeating decimal is a decimal number that has a repeating pattern of digits after the decimal point. In the case of 125, it is a whole number and does not have any decimal places or repeating patterns. It can be written as 125.0000, but it is still a non-repeating decimal.
When 107 over 333 is expressed as a decimal, it becomes approximately 0.321321321..., which reveals a repeating sequence. The repeating part, "321," consists of three digits. Therefore, the smallest sequence of repeating digits has 3 digits.