Convert a two-term ratio into the decimal quotient of its first term divided by its second. The page traces how the inputs become decimal ratio before rounding.
Decimal ratios make size comparisons and spreadsheet formulas convenient, especially when several differently scaled pairs must be ranked.
A decimal ratio is the quotient a ÷ b. It states how many units of the second quantity correspond to one unit of the first comparison direction. For a nearby operation, compare fraction form.
The meaning of decimal ratio follows from the relationship, so a different setup can produce a valid answer to a different question.
The ratio 7:20 gives 7 ÷ 20 = 0.35. This Ratio to Decimal example can be compared with percentage form.
Order matters: 7:20 is 0.35, while 20:7 is about 2.857. The second term cannot be zero.
Changing only one field provides a direct Ratio to Decimal sensitivity check for ratio to decimal.
Treat the colon as a division bar and divide the first term by the second, retaining extra digits if the quotient repeats.
Transfer the source entries one at a time under first ratio term and second ratio term, keeping any units visible in your notes. This page can validate numerical ranges, but only the reader can confirm that each entry represents the intended quantity.
Increasing the first term raises the quotient; increasing a positive second term lowers it. Trying a nearby input should follow this pattern; otherwise inspect the field assignment.
Decimal and percentage forms differ by a factor of one hundred but express the same direct ratio. That neighboring measure needs its own setup rather than a relabeled answer.
Attach units and the name decimal ratio whenever the answer leaves this page. A rounded value is suitable for presentation, while retained working digits are safer for a dependent calculation.
Copying only the decimal discards the setup. Pair the decimal ratio with first ratio term and second ratio term and the unit convention so another reader can reconstruct its meaning.
Yes, when the first term is larger than the second.
No; it gives the reciprocal.
The display is rounded, so keep the source ratio for exact work.
Yes, provided the second is nonzero.