To determine the number of wall logs required for a rectangular log crib using the post offset design, first calculate the perimeter of the crib based on the roadway width. For a 30-foot width, assuming the crib is rectangular, the total perimeter would be 2 times the width plus 2 times the length, which needs to be defined. Given the average tree diameter of 12 inches (1 foot), you would typically use one log per foot of perimeter; thus, if the total perimeter is known, divide it by the log length to find the number of logs needed. If the exact dimensions of the crib are provided, a more precise number can be calculated.
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To construct a rectangular log crib using the post-opposing design, you need to calculate the perimeter based on the intended dimensions of the crib. For a roadway width of 30 feet, the crib's length could be determined by your specific design needs, with average tree diameter of 10 inches (0.833 feet) being used to determine the number of logs needed to span the length and width. Assuming a standard design where logs are placed end to end, you can calculate the number of logs required by dividing the total perimeter by the log length. Adjust the calculation based on the specific dimensions of the crib you wish to build.
no idea... :P
The size varies but average is about 1-1.5 feet
Effective diameter = Barrel Diameter - (Average pass height + Roll Gap) Average pass height = Area/pass width
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To construct a rectangular log crib using the post-opposing design, you need to calculate the perimeter based on the intended dimensions of the crib. For a roadway width of 30 feet, the crib's length could be determined by your specific design needs, with average tree diameter of 10 inches (0.833 feet) being used to determine the number of logs needed to span the length and width. Assuming a standard design where logs are placed end to end, you can calculate the number of logs required by dividing the total perimeter by the log length. Adjust the calculation based on the specific dimensions of the crib you wish to build.
I believe your thinking circumference. Perimeter refers to rectangular shapes. The circumference of an average Saab 9 3 = 53.4 inches, with an average diameter of 17 inches.
The average diameter of a toothpick is about 2 millimeters.
Quasars can vary in size, but on average they have a diameter of about 1 light-year.
An average dwarf galaxy is small in diameter.
it is 32cm in diameter
About 100 light-years in diameter.
The average diameter of a dwarf spheroidal galaxy is 10 kiloparsecs.
no idea... :P
Between species the diameter of the bronchi and bronchioles vary greatly. The average length of the adult bronchus is 2.5 cm and its average diameter is 13 mm.
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