On my tape measures, the mark shows up as a diamond. The distance is approximately 19.2 inches. This mark is used for determining the spacing of engineered wood beams rather than traditional 2x8's, 2x10's etc. Engineered beams are stronger than traditional wood and the span between them is greater. If you look further on the tape measure, the triangle or diamond mark is repeated at multiples of roughly 19.2 inches to facilitate construction with engineered beams.
Well, .125 is 1/8 of an inch. If the tape measure is marked in sixteenths, 1/8 would be the 2nd line from the beginning of an inch. Then estimate or eyeball 1/4 of the way to the next line and that is rougly .15 on a tape measure. This is how I would figure this out. If someone knows a better way, please share.
. I believe it’s actually two problems. One is converting the .8 feet into inches because that’s 8/10 of a foot and 8/10 of a foot.Is found by putting a ratio together 1 inch equals 12 above one is equal to 4/5, which is the fractional reference representationbe/5 reduced down to the most common denominator so basically take 2 feet which is 24 inches that’s one part of the problem and then the other parts at 8/10 of a foot or 4/5 and then you’ve got to be able to add the inches in to the 2 feet tenths of a foot is equal to 12 over one is equal to 4/5 and if you do the math that comes out to 8 inches 3/5 so I believe the answer is 32 inches and 3/5 after pontificated here which is probably nonsense. I’m gonna try with the tape measure.
Well, darling, grab yourself a tape measure with markings in inches and fractions of an inch. Locate the 3/4 inch mark, which is equivalent to 0.75. Then, eyeball the space between 3/4 and 1 inch, split it in half, and voila, you've got yourself 0.80 inches. Easy peasy lemon squeezy!
A little bit more than 1/4
The answer depends on the units used for the tape measure.
On a tape measure, 2.2 inches would be the distance measured from the starting point on the tape measure. Each inch on a tape measure is typically divided into smaller increments, such as eighths or sixteenths of an inch, allowing for precise measurements. In this case, 2.2 inches would fall between the 2-inch mark and the 3-inch mark on the tape measure, indicating a measurement slightly over 2 inches.
5.2 inches on a tape measure is just slightly more than 5 inches. It is located between the 5-inch and 6-inch marks, specifically 2/10 of an inch past the 5-inch mark. On a standard tape measure, you would find the 5-inch mark clearly labeled, and the additional 0.2 inches would be measured in tenths of an inch after that.
On a tape measure, 10.3 inches is represented as 10 inches and 3 tenths of an inch. Since there are 10 marks between each inch, you would find the third mark after the 10-inch line. This mark indicates 0.3 inches, making it the precise position for 10.3 inches on the tape measure.
On a standard tape measure, 5.1 inches would be represented by the fifth line after the 1-inch mark. Each inch is divided into 16 equal parts, so the 5.1 inch mark would fall between the 5-inch mark and the 6-inch mark. It is important to note that some tape measures may have additional markings for greater precision, such as 1/8 or 1/16 inch increments.
.30 inches on a tape measure is a little less than one-third of an inch. It can be found by locating the 1/4 inch mark (which is 0.25 inches) and then measuring an additional 1/20 of an inch past that mark. On most tape measures, this would be represented as a small division between the 1/4 inch and 3/8 inch marks.
On a tape measure, 0.94 represents 94 hundredths of a unit, typically in inches or centimeters. This means it is just short of 1 unit, specifically 7/8 of an inch or approximately 24 centimeters. To visualize this on a standard tape measure, you would find the 7/8 mark, which is slightly before the 1-inch mark.
On a tape measure, 14.875 inches is represented as 14 inches and 7/8 of an inch. The decimal .875 converts to 7/8, indicating that it is three-quarters of the way between 14 and 15 inches. To find this mark, locate the 14-inch mark and then move to the 7/8 mark, which is the seventh tick mark after the 14-inch line.
3.35 inches on a tape measure is a little over 3 and one-third inches. It can be found by locating the 3-inch mark and then measuring an additional 0.35 inches past it. This additional measurement corresponds to just over one-third of an inch, as there are 0.33 inches in one-third. On a standard tape measure, you would see the 3-inch mark and a bit more toward the next 4-inch mark.
Use a tape measure!
To locate 2.9375 on a tape measure, first convert it to a fraction: 0.9375 is equivalent to 15/16. Therefore, 2.9375 inches is 2 inches plus 15/16 of an inch. On a tape measure, find the 2-inch mark and then count 15 small divisions to the right, which represent 1/16-inch increments, to reach the precise measurement of 2.9375 inches.
if each mark is 1/16 inch then 4 marks is 4/16 inch = 1/4 inch
You use a ruler or tape measure.