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1.191919.... The three or mopre dots indicate tat it repeats to infinity. To convert to a fraction Let P = 1.191919.... & 100P = 119.191919.... Subtract 99P = 118 ( NB The repeating decimals subtract to zero) P = 118/99 P = 1 19/99 Done!!!! This fraction will not reduce any further.
Something that has easily been or will easily be achieved. It can mean something is way ahead of something and will complete a task long before others, or has already done so.
Exactly as you have done in the question.Exactly as you have done in the question.Exactly as you have done in the question.Exactly as you have done in the question.
There are two methods here. The essential elements appear to be the same. Repeating decimals can be converted into fractions by the use of simultaneous equations. The trick is to identify how many numbers or decimal places are involved in the "repeating part" of the repeating decimal. Let's do one, and let's make it a familiar one. We'll take 0.3333333... which is 1/3 as you already know. First, there is only one digit that repeats. It's the 3. So we'll need to set up two equations, and the first one is that X = 0.3333333... In that equation, "X" is the decimal equivalent of the number. Now we'll create a second equation to do the simultaneous equation thing. Since there is only one digit that repeats, we're going to move the decimal one place by multiplying that whole equation by 101 which is 10. [X = 0.3333333...] x 10 = 10X = 3.333333... Notice that both sides of the equation were multiplied by 101 here. This is key. We are going to have to multiply our repeating decimal by a factor of 10 that shifts all of the repeating sequence to the left of the decimal. If we'd had 0.47474747.... for our fraction, we'd have had to multiply the equation by 102 because the "repeating part" there, which is '47' is two digits long. If it had been 0.5678567856785678.... we'd be stuck multiplying by 104 because the "repeating part" there, which is '5678' is four digits long. Back to our problem at hand. The 10 times "X" equals 10X and the 0.3333333 times 101 = 3.333333... Now we have two equations, and we're going to subject one from the other. So let's do that. 10X = 3.333333... X = 0.3333333... 10X - X = 9X, and 3.333333... - 0.3333333... = 3 Notice how the "repeating part" of the decimal "dropped out" or "disappeared" there? That's why we built two equations and subtracted one from another. We need to get the "repeating part" to get lost. Look at what's left. It this equation: 9X = 3 Can you handle that? Sure you can. Divide both sides by 9 and you'll have X = 3/9 which reduces to 1/3 and presto! Problem solved. If we'd done 0.474747474747... it would look like this: X = 0.474747474747... 100X = 47.4747474747... Note that we multiplied by a factor of 10 enough to shift a "whole block" of the repeating part to the left of the decimal. Now subtract the top equation from the bottom one. 100X = 47.4747474747... X = 0.474747474747... 100X - X = 99X and 47.47474747... - 47.4747474747... = 47 99X = 47 and X = 47/99 As 47 is a prime number, we can't reduce this fraction. There are some simple rules that apply when converting any repeating decimal to a fraction. First we'll perform the "construction" of an initial equation where we set the fraction ("X") equal to the repeating decimal. Then we'll "manufacture" a second equation from the first by multiplying the first equation by 10n where n = the number of digits in the "repeating part" of the repeating decimal so they all kick over to the left of the decimal. Then we solve the simultaneous equations, and lastly reduce our fraction. Try a few and you'll be able to slam dunk this bad boy every time you see it. This is made quite easy with the following observations:5/9 = 0.55557/9 = 0.777712/99 = 0.12121223/99 = 0.232323456/999 = 0.45645645678/999 = 078/999 = 0.078078078So we can see that fractions with a denominator of 9, 99, 999, 9999, are pretty useful for making repeating decimals. All we have to do is to reduce the fraction to its lowest terms. For example, let's take the repeating decimal 0.027027027...Clearly this is 27/999 = 1/37 (having divided top and bottom of the fraction by 27)Now let's try something more tricky. Take a look at 0.4588888888...This isn't simply something divided by 99.. since the 45 bit doesn't repeat. What we need to do is move the decimal point over to the start of the repeating bit. In this case we multiply by 100 to get 45.888888...Now we know the fraction part is 8/9. In total we have 45 + 8/9 = 413/9 (changing into a top-heavy fraction will make things easier for us).So 45.88888... = 413/9Now just divide both sides by 100 to get:0.458888... = 413/900
YES!!! 5.454545.... is rational because it can be converted to a ratio/fraction. Let P = 5.454545.... 100P = 545.454545.... Subtract 99P = 540 )Note the repeating decimals subtract to zero.). P = 540/99 P = 60 / 11 P = 5 5/11 Done!!!!
The Shekinah Glory Ministry is a group of gospel singers. The group is dedicated to using the powers of song to help others better understand Jesus Christ.
To make an example of someone means to use them as a demonstration or warning to others by punishing or reprimanding them for a particular behavior or action. It is done in order to deter others from repeating the same behavior.
probably she probably wheres it to parties to desize her self
Yes
An action of repeating something done in an experiment.
You have something that you need to get done or finish.
You can communicate results by repeating the steps that you have done to see if u get the same answer
Most of the early work was done in New Haven, Connecticut
To learn what mistakes we've done and how can we save ourselves from repeating it again.
"Dr. Nemur said Dr. Strauss was nothing but an opportunist trying to ride to glory on his coattails." Riding on someone's coattail means to not put in any work and take credit for the work done by others.
i wanna know who wrote this quote "when others debate the way, i have done the how"
when your in your succession you'll know what to do after you done a failure because without failure there is no success in life and no glory.