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4.4 bags for each 1-foot deep. 2.2 bags for each 6-inches deep. Each 5-ft3 bag will cover the area to 2.72 inches deep.
Volume = 120/12= 10 cubic feet for each 1 inch of depth= 2 bags for each 1 inch of depth.
(33.33)/(the number of cubic feet in each bag)
The volume of 36ft2 to a depth of 6" = 1/2ft is 36ft2 x 1/2ft = 18ft3. Each bag contains 5ft3 so 18/5 = 3.6 bags are needed to cover the area, so 4 bags would have to be purchased, with 2/5 bag left over.
Area is 170 square feet. Depth is 6 inches or 1/2 foot, so volume to be filled is 170 x 1/2 = 85 cubic feet. Each bag has 5 cubic feet of gravel, so you would need 85/5 = 17 bags
Each bag will cover about 16 metres square.
4.4 bags for each 1-foot deep. 2.2 bags for each 6-inches deep. Each 5-ft3 bag will cover the area to 2.72 inches deep.
Volume = 120/12= 10 cubic feet for each 1 inch of depth= 2 bags for each 1 inch of depth.
(33.33)/(the number of cubic feet in each bag)
Depends on the depth of the gravel also. If depth is "D" feet then volume required is 62 x D cubic feet. Since each bag has 5 cubic feet you would need (60 x D)/5 bags (round it up to next higher number (as most shops won't sell you fractions of a bag).
The volume of 36ft2 to a depth of 6" = 1/2ft is 36ft2 x 1/2ft = 18ft3. Each bag contains 5ft3 so 18/5 = 3.6 bags are needed to cover the area, so 4 bags would have to be purchased, with 2/5 bag left over.
Area is 170 square feet. Depth is 6 inches or 1/2 foot, so volume to be filled is 170 x 1/2 = 85 cubic feet. Each bag has 5 cubic feet of gravel, so you would need 85/5 = 17 bags
well do to my calculations i made is that it is 6 or 18 feet long
If you have 20 Bags and each bags weight 50 Pounds so, its cover 10ft20ft4 For more info check our blog : shubh Polyfab
Each tile covers 81 square inches. You have 1,296 square inches to cover. It will take 16 tiles to cover that area.
Calculate the area (for a rectangle, that would be length x width), then divide by the number of square meters covered by each bag.
It depends upon the size of the bags, the density of the sand, and the depth of sand. For example, if the density is 100 lbs/cubic foot, the bags are 50 lbs each, and you want a depth of 1 inch, then: 31.25 sq ft X 1 inch X 1/12 ft/inch X 100 lbs/cubic foot / 50 lbs/bag = 5.2 bags Better get 6 bags to have enough. If the depth of sand, density of sand, or size of bags is different than what I assumed for this example, then plug your numbers into the equation above.