I need to right a ratio for this situation in 3 ways. In greenville, About one in every eight homes has three computers.
@Miracrown
There are a couple of different ways we can do this. Let's start by trying to express this information as a fraction.
Can you do that?
Yes
Would the fraction possibly be 3 over 8
That is one of them.
Do you know how fractions relate to ratios?
Ok so if its 3over8 then it would be 3:8 as another right?
Correct. :)
Then just plainly 3 to 8 ?
I guess my mind went blank for a moment.... xD
Yes, that's it! LOL don't worry it happens, at least you got the hang of it now. xD
:)
(:
i have another question on ratio's
This time its taking 4 over 36 and telling me to write 3 ratios equal to it
Since ratios can be represented as fractions , we need 3 fractions that are the same as 4/36. Can you guess how we will find them?
Maybe by dividing?
Close but not quite. Dividing will change the expression. I will give you a hint with a similar example.
\[\frac{ 1 }{ 2 } \space = \frac{ 3 }{ 9 } \space = \frac{ 11 }{33}\]
I have done this for 1/3 Does this give you any idea of how to handle 4/36?
Not really sure, It looks like you took the 1 and the 3 and timed them by itself.
Sorry, that was a typo. It was supposed to be 1/3 and not 1/2. Let me fix it real quick
\[\frac{ 1 }{ 3 } \space = \frac{ 3 }{ 9 } \space = \frac{ 11 }{ 33 }\]
Still a little confused here.
Ah, so good guess. The idea was to use simplified or un-simplified forms of the same fraction.
4/8 can be written as 2/4 , 8/16, and 1/2 as another example.
alright that makes a little more sense, Let me look at see if i can figure it out.
Furthermore you can obtain these equivalent fractions by multiplying or dividing the numerator and the denominator by the same thing.
1/8 2/16 and 3/24 are my answers at the moment
\[\frac{ 1 }{ 3 } = \space \frac{ 1 \space (3) }{ 3 \space (3) } \space = \frac{ 3 }{ 9 }\]
That makes sense.
While those all are the same as 1/8 , 4/36 is not the same as those.
As a side note , if you had 4/32 instead of 4/36 your answer would be good.
Alright.
Would the top numbers stay the same or change to make my answer correct?
The numerators you mean? Ah, yes. It depends due to the infinitely many solutions , I can't give a clear answer for that. However , there do exist answers with those numerators.
1/9 2/18 and 3/27??
Correct. (:
Alright, Thank you.
yw
That is all for now, I appreciate your help :)
You're most welcome. I am glad I could help =]
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