Well honey, if you've got a fraction strip folded into twelfths, you can measure lengths in twelfths! Each section represents one twelfth of the whole strip, so you can measure anything from one twelfth all the way up to twelve twelfths (which is just a fancy way of saying the whole darn strip). So, get measuring and don't let those twelfths intimidate you!
Assuming you want to measure lengths, meters are commonly used.
It is simply the arctan transformation of the fraction.
Ah, fractional edge length is simply a way to measure the length of a part of a whole. Imagine a beautiful painting, where each brushstroke contributes to the overall masterpiece. In the same way, fractional edge length helps us understand how much of the total length a specific part represents. It's like adding different colors to your painting, each one adding its own unique beauty to the final piece.
Look in the dictionary, possibly.
No. The first is a measure of length, the second is a measure of angular displacement. If you have two circles with arcs of the same angular measure, the lengths of the arcs will not be the same.
1/10 1/5
hope this anwser help 1/10 and 1/5
An arc is a fraction of its circumference
There can be no answer. 0.36 inches can be expressed in some other fractional form only in the context of some other measure of length.
Lengths - in units that are marked on the tape measure.
You measure them.
A litre is a measure of volume. 6 is a pure number. A number cannot be a fractional part of a volume.
Lengths or distances.
Lengths and distances
A ruler is usually graduated so that it can be used to measure lengths. A straight edge is just that: it has no marking to help you measure lengths.
Ejection fraction is a measure of how much blood your heart is effectively pumping. It's actually the measure of the blood contained in your ventricles when they're full (end diastolic volume nor EDV) and the amount remaining in the ventricles after pumping is entirely completed (end systolic volume). So the jection fraction is the amount of blood pumped divided by the EDV and expressed as a fraction Larger numbers are usually better. 50-60% is healthy.
It depends on what you wish to measure: the lengths of sides, the angles, the area, the perimeter.