Let's start simple. The distance from the 2" to 3" marker is, of course, 1". From the inch mark to the ⅛" mark is ⅛". 1" + ⅛" = 1 ⅛". Always wanted to know how to take that particularly awkward measurement or how to take care of your tool? Perhaps you're interested in how particular trades use their tools? Then read on... Got a tip to share? Then get in touch! How to Read a Tape Measure how As the increments decrease, so does the length of the mark. For example, ½" has a bigger mark than ¼" which has a bigger mark than ⅛", and so on. Because of its accuracy and ease of use, the Lasso-o tape has been used for research and clinical purposes, including the recent MAFF and Department of Health National Diet and Nutrition Survey.

Read one-half inch. Same principle as reading one inch, only this time the space between the second-biggest mark and the biggest is read. You can think of a half-inch mark as half way between a full inch. Once you have amended this/these statement(s) in the Methods section of the manuscript, please add the same text to the “Ethics Statement” field of the submission form (via “Edit Submission”).When looking at the image above, the 1st small mark after the 4cm point denotes a measurement of 41mm. The next small mark in line would be 42mm, the next would be 43mm and so on. 41mm can also be referred to as 4.1cm (0.041m) but the majority of trades in the UK do tend to quote measurements in milimetres. How to Read an Imperial Tape Measure For a length less than 1 inch, simply read off the tape measure the length. If the increments of an inch are not labeled, determine the marking’s increment and add together the respective fractions. Please amend your current ethics statement to include the full name of the ethics committee/institutional review board(s) that approved your specific study. The guides below for how to read a tape measure and how to measure on a tape measure assume Imperial (American) units for the explanations. It is a good practice to use active voice instead of passive voice which you have throughout the manuscript. As an example:

The remaining markings follow a similar pattern. ¼" is half of ½". ⅛" is half of ¼". Most tape measure markings go as small as 1⁄ 16;". This tape divides one more time, down to 1⁄ 32". Tape measures come in both Imperial Units (inches and feet) and metric (centimeters and meters), featuring unit breakdowns for further accuracy. Specialized versions can include markings that cover truss lengths for roofing and stud intervals for housing. Please ensure that your manuscript meets PLOS ONE's style requirements, including those for file naming. The PLOS ONE style templates can be found at http://www.plosone.org/attachments/PLOSOne_formatting_sample_main_body.pdf and http://www.plosone.org/attachments/PLOSOne_formatting_sample_title_authors_affiliations.pdf Find the closest cm marking and count the remaining number of mm markings to its right. For example, if there are 3 markings after 9 cm marking, then the measurement would be 9.3 cm.

How To Measure The Hall, Stairs & Landing For Flooring

Please include captions for your Supporting Information files at the end of your manuscript, and update any in-text citations to match accordingly. Please see our Supporting Information guidelines for more information: http://journals.plos.org/plosone/s/supporting-information. The largest lines are the inches, and halfway between the inches is the ½" line. Halfway between the ½" on either side is the ¼", and you can divide that measurement again to find the ⅛" marks. Even smaller are the 1/16" and 1/32", but I usually just start counting individual lines if I need one of those! Thank you for including your ethics statement: "The study’s protocol was approved by the appropriate hospital ethics committee, and all participants provided written informed consent prior to their enrollment. (IRB no. 2/2019)". This measurement is very precise. You know the smallest marks denote 1⁄ 32". Find the closest number and put it in terms of 32nds. ½" = 16⁄ 32". 1⁄ 32" less than that = 15⁄ 32".

With the mass production of the integrated circuit (IC) the tape measure has also entered into the digital age with the digital tape measure. Some incorporate a digital screen to give measurement readouts in multiple formats. An early patent for this type of measure was published in 1977. [14]Directive 2014/32/EU of the European Parliament, vol.OJ L, 26 February 2014 , retrieved 10 October 2020 Accurately measuring a baby's head circumference is important to assess their growth and development. The Lasso-o Reusable Head Circumference Measuring Tape is a unique paper-thin, non-stretch, non-shrink plastic 'synteape' that makes measuring head circumferences easy and accurate. In the adoption of the millimetre as the "small" unit of length for metrication (instead of the centimetre) the Metric Conversion Board leaned heavily on experience in the UK and within the ISO, where this decision had already been taken. [20] [21] [ circular reference] Worth the Money: Stanley Tape Measure". Popular Mechanics. 20 March 2014 . Retrieved 15 March 2023.

Linen or Cloth Tape is made of linen cloth with brass handle at zero end whose length is included in the tape length. It is very light and handy, but cannot withstand much wear and tear. So it cannot be used for accurate work. It is little used in surveying except for taking subsidiary measurements like offsets. A 16ft tape measure, for example, will have sixteen one-foot marks along its length and 192 one-inch marks (12 inches per foot). Each inch will then have eight 1/8th of an inch and sixteen 1/16th of an inch marks. Tape measures are often designed for specific uses or trades. Tapes may have different scales, be made of different materials, and be of different lengths depending on the intended use. Tape measures can wind into a relatively small containers.

Use light-weight paper to make the tape more flexible. This is preferable when you want to wrap the tape around curves, such as for sewing and craft projects. There are also other styles of tape measures that have incorporated lasers and ultrasonic technology to measure the distance of an object with fairly reliable accuracy. Please use the space provided to explain your answers to the questions above. You may also include additional comments for the author, including concerns about dual publication, research ethics, or publication ethics. (Please upload your review as an attachment if it exceeds 20,000 characters)