![]() 0.75 × 10 1 × 10 7.5 10 7.5 × 10 10 × 10 75 100 Reduce the fraction by finding the greatest common factor (GCF) of the numerator and denominator. 75 1 Multiply the numerator and denominator by 10 to eliminate decimal places. ![]() Item 1- 30.994 is 0/16, which is correct… however, the resulting value should be 31" but it’s going to give me 30" in this scenario… i’ll have to check for that somehow. inch is generally divided, on scales, into 10ths, or decimal parts but. Convert the decimal into a fraction by putting the decimal over 1 in fraction format. hmm… i suppose i just noticed a problem i’m going to run into if continuing along this path… oh- how are you putting that little note above the groups? i like that. I’ll give it a shot a little later… i have to go dig out another car right now. So going off your suggestion, i should probably generate a list of all the 16ths… or all the 32nds (or whatever my tolerance happens to be at the time)… then somehow match my value? What i need it to say is 15/16, (nothing), 7/8, 1/16, 1/2, 13/16 …or, i’m already able to generate the fraction from the decimal at a specific tolerance… what i was unclear about in the first post is that i’m actually looking for a way to see a fraction in it’s simplest form… 24/32 as 3/4 … 6/16 as 3/8… 5/16 remains 5/16 etc. In contrast, the solution of the metric problem involves just the multiplication of the three decimal numbers to obtain the cubic. ![]()
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