0
What else can I help you with?
When a bar or line is placed over repeating digits what is the number using to be written?
When a bar or line is placed over repeating digits in a number, it indicates that those digits repeat infinitely. For example, the notation (0.\overline{3}) represents the decimal (0.333...), where the digit 3 repeats indefinitely. Similarly, (0.1\overline{6}) represents (0.16666...), with the digit 6 repeating. This notation helps succinctly express recurring decimals.
What is 16 over 42 as a decimal?
0.380952380952The bolded digits repeat
How many times does three digits repeat over 24 hours?
58
Is 3.010010001 a repeating decimal?
If you repeat the pattern, adding one more zero every time, then no. To qualify as a "repeating decimal", the same digits have to repeat over and over.
What is the symbol for a recurring number?
The symbol for a recurring number is typically a bar placed over the digits that repeat. For example, in the decimal 0.333..., the recurring part "3" can be represented as (0.\overline{3}). This notation clearly indicates that the digit "3" repeats indefinitely.
What is barnotion?
The line over the digits that repeat in a repeating decimal.
What is 1 divided by 13 to the 200th digit?
0.076923076923076923076923076923076 ... The digits 076923 repeat over and over.0.076923076923076923076923076923076 ... The digits 076923 repeat over and over.0.076923076923076923076923076923076 ... The digits 076923 repeat over and over.0.076923076923076923076923076923076 ... The digits 076923 repeat over and over.
In repeating decimals the line or bar placed over a repeating decimal?
It is placed over one length of repeating decimal digits.
When a bar or line is placed over repeating digits what is the number using to be written?
When a bar or line is placed over repeating digits in a number, it indicates that those digits repeat infinitely. For example, the notation (0.\overline{3}) represents the decimal (0.333...), where the digit 3 repeats indefinitely. Similarly, (0.1\overline{6}) represents (0.16666...), with the digit 6 repeating. This notation helps succinctly express recurring decimals.
What is 16 over 42 as a decimal?
0.380952380952The bolded digits repeat
How many times does three digits repeat over 24 hours?
58
What is bar notation in math terms?
Bar notation in math terms means that in repeating decimals the line or bar placed over the digits that repeat like 3.666 the bar notation would go over all of the sixes because if the numbers are all the same you just draw the line over the first three numbers that repeat but if you have a number like 0.899899899 then you put the bar notation above the first pattern like .899 and take off the rest until it changes I know this answer is long but after you try it once it will stick with you.
Is 3.010010001 a repeating decimal?
If you repeat the pattern, adding one more zero every time, then no. To qualify as a "repeating decimal", the same digits have to repeat over and over.
Is 7.37 a rational number?
The decimal expansion of a rational number always either terminates after finitely many digits or begins to repeat the same finite sequence of digits over and over. As 7.37 terminates after 2 digits it must therefore be rational.
Is 0.01011011101111011111 rational or irrational?
All numbers with a finite number of decimal digits are rational. Some that infinitely many decimal digits are rational as well. If you mean to repeat the pattern, adding one more "1" every time, then no, it is not rational - rational numbers repeat the SAME sequence of digits over and over (for example, 0.1515151515...), at least eventually (they may start with some digits that are not part of the repeating part, such as 3.87112112112...).
What is the symbol for a recurring number?
The symbol for a recurring number is typically a bar placed over the digits that repeat. For example, in the decimal 0.333..., the recurring part "3" can be represented as (0.\overline{3}). This notation clearly indicates that the digit "3" repeats indefinitely.
What is 2 over 7 written as a decimal?
5
