You cannot have a single number with five decimal points. Furthermore, you need to specify the degree to which the number(s) are to be rounded.
The question, as it appears, makes no sense.
Many people find whole number ratios easier to understand.
According to eHow, your base area must support at least 1/3 of the table top area.
If the ratio of similarity is 310, then the ratio of their area is 96100.
an eqivalent ratio is an ratio that is equal or you can simplfiy it
The question, as it appears, makes no sense.
50% water and 50% antifreeze year round.
That is a 4:10 gear ratio. Just divide the number of teeth on ring gear into the number of teeth on the pinion gear and then round it off and that will be the gear ratio.
Pi is the ratio between the circumference of a circle and its diameter. The Sun is also round - like a circle.
That would be 62 or 63 percent, depending on how you round the .625 that is the value of the ratio 30/48.
Bubbles are "generally" round due to the air pressure acting equally on them from all points around the outside of the bubble. A bubble is round as it is the most energy efficient configuration. The spherical shape also maximizes the ratio of the volume to the surface area.
It's because the cell has a greater surface area to volume ratio. This increases the potential for diffusion, etc.
Many people find whole number ratios easier to understand.
(1/sq rt 5)((1+sq rt 5)/2)n - (1/sq rt 5)((1-sq rt 5)/2)n This is based on the golden ratio (1+sq rt 5)/2) because the ratio of 2 Fibonacci terms approaches the golden ratio as the 2 terms used get larger. IE the ratio ot the 10th term to the 9th term is 55/34 = 1.61765 and the golden ratio is approx. 1.61803. When using this formula if your calculator does not round, you will round to get the appropriate Fibonacci number.
Year round just try to have a ratio of 1 male for every 3 females also have lots of plants
To know for sure, You need to remove the big metal plate on the rear end housing and count the # of teeth on the BIG round gear / Ring gear. Then count the teeth on the small round gear / pinion gear that sets deep in the housing and runs on the big gear. Then divide the small # into the high # and that will be you gear ratio.
Technically, yes. But frequently both elements of a ratio would be multipled up to get rid of the fraction. So a ratio of 2 : 2.25 is valid, but one would multiply both by 4 to get the equivalent ratio 8 : 9. A ratio involving a fraction is normally used only when there is a very good reason for the one of the elements of the ratio to be shown as a "round" number. For example, a map scale would be given as "1 inch to 4.5 miles" rather than the equivalent "2 inches to 9 miles" so as to ensure that one of the elements of the ratio is 1.