0.32999999999999996
On a standard ruler, 2.39 inches would fall between the 2-inch mark and the 3-inch mark. Each inch on a ruler is typically divided into 16 equal parts, known as sixteenths. So, 2.39 inches would be just past the 2 3/8 inch mark and slightly before the 2 7/16 inch mark on the ruler.
It's between 9/16 and 5/8
On an inch ruler, 1.666 inches would fall between the 1 5/8 inch mark (1.625 inches) and the 1 11/16 inch mark (1.6875 inches). To locate 1.666 inches precisely, you would need to estimate the position between these two marks based on the incremental markings on the ruler.
3.166667 inches is 3.166667 inches, whether on a ruler or anywhere else.
the 9th mark on a ruler in inches is 9/16 inches for centimeters its 9/10 cm.
On a standard ruler, each inch is divided into 16 equal parts, also known as sixteenths of an inch. Therefore, 0.9 inches on a ruler would be 9/10 of an inch, or 9 marks out of the 16 on the ruler. This would typically fall between the 13th and 14th mark on the ruler, depending on the specific design of the ruler.
0.32999999999999996
My ruler is not that accurate, but it looks like 15/16 to me.
Almost 3
Your standard aluminum soda can is 4-13/16 inches.
It is 3/10 of an inch before 2 inches on the ruler
On a standard ruler, 2.39 inches would fall between the 2-inch mark and the 3-inch mark. Each inch on a ruler is typically divided into 16 equal parts, known as sixteenths. So, 2.39 inches would be just past the 2 3/8 inch mark and slightly before the 2 7/16 inch mark on the ruler.
Where is 0.71 inches on the ruler
It's between 9/16 and 5/8
1.18 inches on a ruler would be located between the 1 inch and 2 inch markings on the ruler. It would be slightly closer to the 1 inch mark than the 2 inch mark. Keep in mind that most rulers are divided into 16 equal parts per inch, with each tick mark representing 1/16 of an inch. So, on a standard ruler, the 1.18 inches mark would be located slightly beyond the 18/16 (1.125) mark and slightly before the 19/16 (1.1875) mark.
You will not find an ordinary ruler which shows 1.69 inches. This would require each inch to be divided into 100 subdivisions which is not realistic for an ordinary ruler. Normal rulers give numbered lines for inches and either 10 or 16 unnumbered subdivisions of inches (there are other numbers of subdivisions but they are less common). If 10 divisions, then 1.69 inches is a tiny bit less than 1 inch and 7 of the ten divisions. If an inch has 16 divisions then 1 and 11 (of 16) subdivisions is 1.6875 - nearly 1.69 inches.