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I have a 15 metre fence to put ip using 150mm posts and palings, how do I convert to linear metres
They are the same measurement. 15cm = 150mm (conversion is 1cm=10mm)
10mm = 1 cm 150mm = 15 cm
Since 1 cm = 10 mm, they are the same.15 cm = 150 mm
Assumed that 150mm is the diameter of the PVC pipe, then radius is 75mm and the length is 1 meter or 1000mm. The volume of the cylinder is pi x r x r x h and in this case it would be 3.1415 x 75 x 75 x 1000 = 17670937.5 cubic mm which is 17670.9375 cubic cm which is 17.6709375 liters
To determine how many 150mm blocks fit in a square meter, first convert 150mm to meters, which is 0.15 meters. The area of one 150mm block is 0.15m x 0.15m = 0.0225 square meters. Therefore, the number of blocks in a square meter is 1 square meter divided by 0.0225 square meters per block, resulting in approximately 44.44 blocks. Thus, you can fit about 44 blocks in a square meter.
1 square meter. The depth is irrelevant in this question.
I have a 15 metre fence to put ip using 150mm posts and palings, how do I convert to linear metres
A size of 150mm x 150mm is equivalent to 15cm x 15cm or approximately 5.9 inches x 5.9 inches. This is a square measurement, meaning both sides are equal in length. It's roughly the size of a standard coaster or a small notepad.
1cm = 10mm => 150mm = 15cm
According to Building Control Regulations, the DPC should be a minimum of 150mm above external finished ground level.
150mm is equivalent to 15 centimeters or approximately 6 inches.
They are the same measurement. 15cm = 150mm (conversion is 1cm=10mm)
150mm x 1m / 1000mm = 0.150m ... since there are 1000mm in a single meter.
150mm
150mm
For three 150mm² cables in RSC (Rigid Steel Conduit) pipe, the ground cable size should typically be determined based on the total current-carrying capacity and local electrical codes. Generally, a ground cable size of 35mm² to 50mm² copper is often recommended for such installations. However, it's essential to consult the relevant standards and regulations, as well as consider factors such as conduit fill and installation conditions, to ensure compliance and safety.