This depends on how large the bricks are, and the desired amount of width from on side of the circle to the other.
500 number of bricks are required for 1C/m
360
That depend on the size of each brick of course. 500 standard masonry brick that are 230 * 110 * 76 millimeters have a volume of almost exactly 1m3 This is without any mortar
Eight of them.
Assuming the 15 feet is the diameter of the circle. Formula to find the circumference of the circle is pi x diameter. 15 × 3.14 = 47.1 feet So the rope will be 47.1 feet long.
A model?
Each brick = 1kg + half a brick Therefore half a brick = 1kg, as two halves are required to make a whole. So 1 brick = 2kg :D
The answer will depend on how large each brick is.
In my part of the country, very few, since brick and wood are preferred almost exclusively.
The circumference of a circle with a 24 foot radius is 2*pi*24 = 150.8 ft (approx) The length of each brick is 12 inches = 1 foot. So 151 bricks are needed.
500 number of bricks are required for 1C/m
35kg
There are 360 degrees around a full circle
I assume you can make a brick of gold of practically any size.
I assume you can make a brick of gold of practically any size.
700,000
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