The weight of the cargo may come in handy when transporting the soil. The last thing to do is assess the estimated weight of the required soil and its cost. You can calculate the required volume of soil by multiplying the grass yard area by the desired soil thickness. Furthermore, a thicker layer of topsoil will be able to absorb more water (learn how this affects a plant with our water potential calculator) and hold the moisture for a more extended period. We want to create enough space for grassroots to grow freely and without any obstacles. It is time to choose the desired thickness (depth) of the topsoil level. You can already jump to the third point of topsoil calculator instruction in the How much soil do I need? paragraph. We have to sum up these four different areas to get the area of the whole yard:ĥ0 yd² + 6 yd² + 30 yd² + 67.5 yd² = 153.5 yd² Sector 4: area is equal to 2.7 yd multiplied by 25 yd, which gives 67.5 yd².Sector 3: area is equal to 3 yd multiplied by 10 yd, which gives 30 yd² and.Sector 2: area is equal to 3 yd multiplied by 2 yd, which gives 6 yd².Sector 1: area is equal to 2 yd multiplied by 25 yd, which gives 50 yd².Let's calculate the area of each rectangle: Sector 4 has a width of 2.7 yd and length of 25 yd.Sector 3 has a width of 3 yd and length of 10 yd.Sector 2 has a width of 3 yd and length of 2 yd.Sector 1 has a width of 2 yd and length of 25 yd.Now, we have to measure the width and length of each sector: Our soil calculator will display it for you.ĭifferent materials than topsoil? No trouble! Please take a look at our sand calculator or the gravel calculator, created precisely for this purpose.įirst, we need to divide the grass yard into four rectangles: 1, 2, 3, and 4. The volume of soil required is equal to this value.Multiply the area and dirt layer thickness to obtain its volume: 56 * 0.5 = 28 yd³.Establish the depth – thickness of the topsoil layer.For even more examples, visit the 2D geometry section of our math calculators. We've got area calculators for many geometric figures, such as the trapezoid or the hexagon. You can also type the area directly into our calculator if you choose a more sophisticated shape. Calculate the area, multiplying the length by width.For example, we can assume a plot of length l = 14 yd and width b = 4 yd. Determine the length and width of the area you want to cover with soil.To answer this question, the first step is to establish the volume of soil needed. "How much soil do I need?" is a question frequently asked by people beginning their gardening and plant cultivation adventures.
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