None. A fraction is a simple division. 2/4 is 2 divided by four. No one digit number can divide into twelve equally. Therefore, you cannot write a one-digit number to equal twelve.
I think there is three different ways to write a fraction. You can write it as a percent, a decimal, and a reduced fraction. I hope this works! :)
how many different ways can you use the digits 3 and to write expressions in exponential form/ what are the expressions
If you use each number once, there are six combinations.
21.
Count how many parts there are in total (both shaded and unshaded) and write this as the denominator (bottom number) of the fraction. Count how many shaded parts there are and write this as the numerator (top number) of the fraction. You now have the fraction of the whole that is shaded.
If the decimal is say .5489 Then write 5489 as the numerator and write the denominator as 1 (for the decimal point) followed by as many digits you have after the decimal point. So in this case the fraction would be 5489/10000
To convert such a decimal as a fraction:* For the numerator, copy the number as is, but omit the decimal point. * For the denominator, write a "1", followed by as many zeros as the original number has decimal digits, i.e., the digits after the point.
You write the decimal in the numerator, WITHOUT the decimal point. In the denominator, you write a "1", followed by as many zeros as there are digits after the decimal point in the original number. Finally, simplify the fraction if it can be simplified.For example: to convert 2.15 into a fraction, you write this as 215/100, then simplify.
To convert just the decimal portion of a number, write the digits after the decimal point as the numerator over the line. Now for the denominator, write a 1 followed by as many zeros as the number of digits you wrote in the numerator. For example if the decimal was 0.070549, then the fraction would be 070549/1000000 = 70549/1000000
4 digits on each foot which would equal 8 digits in all 4 digits on each foot which would equal 8 digits in all
630 digits.
There are an infinite number of them, so there's no way to post a list here. But you can generate as many of them as you need, like this: -- Multiply 5 by any number. Write the product on top of a fraction. -- Multiply 12 by the same number. Write the product on the bottom of the fraction. Now you have a new fraction that's equal to 5/12 .
-- Take one complete set of the repeated digits in the decimal. Treat those digits as the numerator of a fraction. -- The denominator of the fraction is a string of nines (99...) ... just as many as there are digits in the numerator. -- Reduce the fraction to lower terms (simplify) if it's possible and you feel like it.
You would need infinitely many digits to write all numbers. However, to write all whole number (integers) you would need 4243.
76
Many things, but, as a fraction, it is equal to 7/5
Expressed in figures, this is equal to 93,000,000. This is eight digits, including six zeroes.