On a standard ruler, 7.9 inches would fall between the 7-inch mark and the 8-inch mark. Each inch on a ruler is divided into 16 equal parts, so 0.9 inches would be just slightly before the 1-inch mark after the 7-inch mark. To locate 7.9 inches precisely, you would count 7 full inches and then estimate just under a tenth of an inch beyond the 7-inch mark.
1/8 = 2/16 = 4/32 = 8/64
It's between 9/16 and 5/8
To find 2.125 on a ruler, you first locate the whole number 2, which represents 2 inches. Each inch on a standard ruler is divided into 16 equal parts, so you then need to count 8 additional divisions beyond the 2-inch mark to reach 2.125. This is because 0.125 is equal to 1/8 of an inch, and 8 divisions out of the 16 represent this fraction on the ruler.
They denote different fractions of the inch. A good engineers ruler will have 64 ths, 32 nds 16 ths and 8 ths at least.
On a standard ruler, .35 inches would be located between the 1/4 inch mark and the 3/8 inch mark. It would be closer to the 1/4 inch mark, but not quite reaching the 3/8 inch mark. .35 inches is equivalent to 9 millimeters, so it would be slightly less than halfway between the 1/4 inch and 3/8 inch marks on the ruler.
0.83 on a ruler would typically be between the 3/4 inch mark and the 7/8 inch mark.
0.66 on a ruler represents 0.66 inches or 66 hundredths of an inch. It would fall between the 5/8 inch mark and the 11/16 inch mark on a standard ruler.
On a standard ruler, 7.9 inches would fall between the 7-inch mark and the 8-inch mark. Each inch on a ruler is divided into 16 equal parts, so 0.9 inches would be just slightly before the 1-inch mark after the 7-inch mark. To locate 7.9 inches precisely, you would count 7 full inches and then estimate just under a tenth of an inch beyond the 7-inch mark.
An 8 mm mass is roughly one third of an inch. If you look at a ruler, this will give you a good idea of the size of such a mass. There are 2.54 cm or 25.4 mm in one inch. Therefore, 8 mm is just shy of 1/3 inch.
3.875 is the same as 3 and 7/8 inches on a ruler
1/8 = 2/16 = 4/32 = 8/64
It's between 9/16 and 5/8
You cannot see 9.44 inches on a ruler. The inches are often - though not always - marked in tenths. 9 inches will be shown on the ruler. From there move four small units towards the 10 inch mark. That is 9.4 inches away from the 0. Slightly less than half a mark further along is 9.44 inches.
It's almost exactly 11/32" (a little under 3/8"). There is no one-third of an inch on the ruler; only halves, quarters, eighths, and sixteenths. One-third of an inch is about .85 centimeters.
To find 2.125 on a ruler, you first locate the whole number 2, which represents 2 inches. Each inch on a standard ruler is divided into 16 equal parts, so you then need to count 8 additional divisions beyond the 2-inch mark to reach 2.125. This is because 0.125 is equal to 1/8 of an inch, and 8 divisions out of the 16 represent this fraction on the ruler.
They denote different fractions of the inch. A good engineers ruler will have 64 ths, 32 nds 16 ths and 8 ths at least.