300 sq ft = 43,200 sq in [1 sq ft = 144 sq in]. 43,200 sq in x 6 in = 259,200 cu in of soil volume. The above assumes the garden is 300 sq-ft, but the question actually says 300 ft of fence length, not garden area. You would have alot of spare fence if your garden was only 300 sq-ft. So lets assume a rectangle with the dimensions of 100 ft x 50 ft (300 feet fence total legth), which gives an area of 5000 sq-ft. With the soil being 1/2 foot deep, the volume is calculated as 5000 sq-ft x 0.5 ft = 2500 cu-ft (or 92.6 cu-yards: 1 cu-yd = 27 cu-ft). However, as the dimensions of the rectangle change, so will the area, and so will the volume.
I presume the 6 mean 6 inches, so 1/2 ft. The volume of the garden is 4.5 cu ft. So you will need between 2 and 3 bags.
The answer depends on the thickness of the covering layer. That, in turn will depend on what the soil is for: lawn will require less depth than flower beds.
Approx 60 quarts.
10 pounds
The answer will depend on the depth of the soil cover.
300 sq ft = 43,200 sq in [1 sq ft = 144 sq in]. 43,200 sq in x 6 in = 259,200 cu in of soil volume. The above assumes the garden is 300 sq-ft, but the question actually says 300 ft of fence length, not garden area. You would have alot of spare fence if your garden was only 300 sq-ft. So lets assume a rectangle with the dimensions of 100 ft x 50 ft (300 feet fence total legth), which gives an area of 5000 sq-ft. With the soil being 1/2 foot deep, the volume is calculated as 5000 sq-ft x 0.5 ft = 2500 cu-ft (or 92.6 cu-yards: 1 cu-yd = 27 cu-ft). However, as the dimensions of the rectangle change, so will the area, and so will the volume.
I presume the 6 mean 6 inches, so 1/2 ft. The volume of the garden is 4.5 cu ft. So you will need between 2 and 3 bags.
An 8 by 8 garden would have an area of 64 square feet (8 x 8). To find the volume of soil needed to fill the garden, you would need to multiply the area (64 square feet) by the desired depth of soil in feet. So, if you wanted the soil to be 1 foot deep, you would need 64 cubic feet of soil.
1 cup of tomatoes would weigh between 6.25 and 6.50 ounces with 5 net carbs
1900000000000000
A 2.18 moles of Cu has a weight of 138.53 g. This is obtained by multiplying the 2.18 by the weight of 1 mole of Cu.
The answer depends on the thickness of the covering layer. That, in turn will depend on what the soil is for: lawn will require less depth than flower beds.
Your dimensions 3' x 3' x 4" equate to .1 cubic yard. One cu yd of concrete weighs from 2000 to 3500 lbs, depending on the mix. Commercial concrete is around 3200 lbs per cu yd, so your .1 cu yd would weigh 320 lbs.
62.4 pounds
62.30 pounds per cu ft
Approx 60 quarts.