In general: For an area of 1 sq. m, the bricks needed are 60 and 0.02 cubic meters of mortar. If the area is 2 sq. meters, the needed quantity is 120 bricks and the mortar required is 0.05 cubic meters.
Note: It does depend on what country the bricks are from, as every country will likely have different sized bricks -- for example, in the USA bricks are usually 8 × 4 × 2.25 inches (203 × 102 × 57 mm).
9.
9 of them.
4ft*8ft= 32ft2 265ft2/32ft2 = 8.28125 clay bricks You can fit 8, 4 by 8, clay bricks in a 265 square ft.
Assuming the 12x12 bricks are 12 feet on each side, those are 144 square feet. The patio itself is 76 square feet. Unless you made a typo, not even one of those bricks is going to fit on the patio; you end up with about 0.5278 bricks.
300 mm = 0.300 meter and 600 mm = 0.600 meter. The area in meters of each tile is therefore 0.300 X 0.600 = 0.180 square meter. The number of tiles require to total 1 square meter therefore is 1/0.180 = about 5.5. Therefore, no integral number of tiles will exactly fill the specified space, and no more than five will fit. If the 1 square meter has a very long and narrow shape, narrower than 0.300 meter, no tiles at all will fit.
9.
10,000
9 of them.
36 one-meter squares will fit into 36 square meters
9 of them.
4ft*8ft= 32ft2 265ft2/32ft2 = 8.28125 clay bricks You can fit 8, 4 by 8, clay bricks in a 265 square ft.
9
That depends on how big the books are :P
It really depends on the dimensions of both the bricks and the 1 m**3. If your 1 m**3 has dimensions of 0.01m*0.01m*10000m, you would be able to fit 0 normal sized bricks. However, given the same 'room' and bricks of 0.01m*0.01m*0.01m you would be able to fit a million such bricks.
Exactly 9 of them will.
16 sheets.
It would depend on the average body size of the people being considered. However, typically you could comfortably fit around 4-6 adults in one square meter.