Version 1. This button will send the entire page to the printer. This button will clear out all of the Feet and Inches boxes and reset the scale to 1/87.1 - HO. This button will convert the Actual Size (Real World) to Scale Size (Model) using the scale you have chosen from the Scale list. This button will convert the Scale Size (Model) to Actual Size (Real World) using the scale you have chosen from the Scale list. To put that into perspective, the iPhone SE, which has a smaller 4.7-inch display, measures 5.45 x 2. Girth is 3.66 inches when flaccid and 4.59 inches when erect. Included are all the scales listed by the NMRA (National Model Railroad Association). The iPhone 12 mini packs a 5.4-inch display into a very compact 5.18 x 2.53 x 0.29 inch-body. According to the research in BJUI, the average flaccid penis is 3.61 inches in length and 5.16 inches in length when erect. 1/2 or 3/32).Ĭhose a scale from the list of available choices for your conversions. Type in the feet and inches.įor inputing a fraction of an inch (ie. This is the size of your model in the real world (scale to be selected from the Scale list). Type in the feet, inches and fractions of an inch (in the form 1/8) This is the size something is in the real world (scale - 1 ft:1 ft). Note: If it does not work, you'll need Javascript turned on in your browser for the calculator to work.Īlso, if I'm missing a scale, let me know. This would make your O scale (1:48) mainline roughly 1/2 mile long. appear in the Actual Size (Real World) section. Now, click on the Convert to Actual button and you'll see 2639 ft. Type in the 54 in the Scale Size (Model) section Feet box, 11 in the Inches box, and 57/64 in the Fraction box. You have a large O Scale (1:48) train layout with a 54 foot 11-57/64 inch mainline run, and you want to know how long that is in real feet. long, you can find out it would be 1-7/32 in. 6-41/64 in.) Conversely, if you know that your 1967 Chevy Impala is 16 ft. long, the program will convert that measurement to its actual size (43 ft. These sizes are actually determined by millimeters. For example, if you have an HO scale (1:87.1) box car that is 6 in. Most women’s fingers fall between 3 and 9, while men are typically between 8 to 14. Therefore, it is important to identify your requirements and select the appropriate plywood thickness for your application.This page is set up to allow you to work with a regular ruler and come up with scale sizes of things. When cutting plywood on a CNC router or a laser cutter, the specification of your machine determines the optimal thickness of the plywood. However, if the application demands prolonged distance between the supports, it is advised to use thicker plywood with more number of plies to provide greater strength. Increasing the distance between the supports will lead to buckling of the plywood and eventually cracking under the action of the load. This can be understood from the example that, when using a 3/4" thick plywood, with support elements separated by a distance of 24", the plywood sheet can easily take up a load of a grown man's weight. A plywood sheet is the strongest along this axis.Īpart from that, the distance between the supports also plays an important role in determining the optimal plywood thickness. The strength axis of the plywood runs parallel to the direction of the grains of the face and back veneers of the plywood. Although both provide the same thickness, the plywood with more plies provides greater strength and rigidity.įurthermore, aligning the strength axis of the plywood with the direction of load ensures high load-bearing capability with minimal thickness. Generally, the thickness requirement of the plywood depends upon the number of plies, the strength axis, and the available support to the plywood.ġ/4" thick plywood can be available in 3-ply and 5-ply options. The optimal plywood thickness mainly depends upon the dimensional requirements of the project and the type of application.
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