1 ft by 1.2 ft... verticaly 1.2ft
If the scale is 1 to 16, then each dimension in the real world is 16 times its size on the drawing, and its size on the drawing is 1/16 of its real size. The barn must be drawn 2-ft high on the plans.
It depends on the species of wood the joists are made from but it should be in the low 11 to mid 12 foot range. Note that the span is the distance between the inside edges of the end supports, so a 12' joist on 2x4 walls will actually span only 11'5" (12 - 3.5 -3.5)
Length of arc, with angle x is pi*r*x/180 (where r is the radius) = pi*16*20/180 = 5.59 inches.
If you need 75% to past a test of 16 questions, you need to get at least 12 or more right...
one that is 16in in diameter.
1'*1'
The recommended pergola beam span according to the pergola beam span chart is typically around 12-16 feet, depending on the specific design and materials used.
To determine the appropriate beam size for spanning 16 feet under a 35 psf roof load, you would typically consult a span table or structural engineering guidelines. Generally, a glulam beam or a steel I-beam may be needed, with sizes varying based on factors like the beam material and specific load conditions. For a rough estimate, a glulam beam of about 3x12 or a steel I-beam around 8x10 inches could be suitable, but a structural engineer should be consulted for precise calculations and local code compliance.
The recommended pergola beam span for optimal structural support and durability is typically between 12 to 16 feet, depending on the material and design of the pergola. It is important to consult with a structural engineer or contractor to determine the specific beam span needed for your project.
To span 16 feet with a load of 10,000 lbs, a structural engineer would typically recommend an I-beam size based on specific calculations that consider factors such as the beam's material, load type (uniform or point load), and safety factors. Commonly, a W10x30 or W12x30 might be sufficient for this application, but exact specifications should be confirmed with engineering calculations to ensure safety and compliance with local building codes. Always consult with a structural engineer for precise recommendations tailored to your project.
That really cannot be answered without looking at the entire set of plans.
Answering my own question....but I am seeking advice... I have a garage with 12' walls. It is 16' wide and I am planning to put a storage loft in the rear third of the space. It will be 8' from the ceiling so it will be only for storage, but perhaps also a doghouse for me.I have been told that I need a large beam (a 12" gluelam), by one person, and another said that anything bigger than a 2*10 sistered with a piece of plywood is overkill.What should I do?
For a beam run of 20 feet in a basement with an even load from a two-story structure using 2x8 construction spaced 16 inches on center, you’ll need to determine the appropriate beam size and material to support the load safely. Typically, a structural engineer would recommend a beam made of either engineered wood (like LVL or glulam) or steel, depending on the specific load calculations. Additionally, you’ll need to consider factors like local building codes and any necessary supports or footings for the beam. Always consult with a professional for accurate sizing and compliance with safety regulations.
Microllam is typically sawed into 1.25 inch wide planks. These planks are made into beams that span up to 16 feet.
About 5metres(16') but would have to be stress graded timber.
The wing span of an F-16 is 9.96 metres.
they can grow as long as 26-38in. and their life span is up to 16 years it depends