**multiply 1.25 LCY by 1.1**, which equals 1.38 Loose Cubic Yards to equal one Compacted Cubic Yard.

How do you calculate loss on sale of equipment?

**loss on sale of equipment cash flow**.

### Contents

A cubic yard is the volume of a cube with the length, width and height of one yard (3 feet or 36 inches). One cubic yard is equal to **27 cubic feet**. To help you picture this, the volume of two washing machines is just over a cubic yard.

loose cubic yard (or meter) **A unit to express the volume of loose material**.

Length in feet x Width in feet x Depth in feet (inches divided by 12). Take **the total and divide by 27** (the amount of cubic feet in a yard). The final figure will be the estimated amount of cubic yards required.

Length in feet x Width in feet x Depth in feet (inches divided by 12). **Take the total and divide by 27 (the amount of cubic feet in a yard)**. The final figure will be the estimated amount of cubic yards required.

To determine the volume of dirt you will have to haul to another location on the site or off the site, you would **multiply the cubic yard by a Swell** Factor, which in this case would be 1.25. This would convert the 1.0 Bank Cubic Yard (BCY) to 1.25 Loose Cubic Yards (LCY).

- Calculate your area.
- Calculate your volume: Multiply area times the depth to get volume in cubic feet.
- Calculate your cubic yards: Divide cubic feet by 27 to convert to cubic yards and this is your answer.
- Where ft2 = square foot, ft3 = cubic foot, yd3 = cubic yard.

Loose volumes are **the volumes of soil that haven’t been disturbed during excavation and removal and are placed in the back of dump trucks or in stockpiles in a loose condition**. … Therefore, 1 cubic yard of natural in-place soil becomes 1.25 cubic yards in a stockpile or back of a dump truck.

a Truck Cubic Yard (TCY)? A cubic yard is **volumetric measurement of something that is 3′ x 3′ x 3′ = 27 cubic feet**. A cubic yard of native soil in place would be called a bank cubic yard. Native soils have been compacted over long time spans, so these soils are usually pretty dense.

Your calculation of the area for a 20′ x 20′ wide with a depth of 6″ would give you a volume needed of 20 * 20 * . 5 = 200 cubic feet. From the first example, the compaction factor = 1.237 based on 15% swell and -7% shrink for this material. 7.4 cubic yards * 1.237 = 9.15 cubic yards.

Cost of moving dirt: **$1.00 to $1.50 per cubic yard** – Caterpillar Performance Handbook. This includes the digging, loading and unloading but refers to short distances. Weight of dirt: 2500 lbs per cubic yard.

So, the formula is: **Ab = Wb * Lb**, where Wb and Lb are the width and length of the bottom of the excavation. At = Wt * Lt, where Wt and Lt are the width and length of the top of the excavation. In our example, Wb = Lb = 5 and Wt = Lt = 15, so Ab = 5 * 5 = 25 and At = 15 * 15 = 225, and D = 5.

Soil: Weighs **about 2,200 pounds per cubic yard**, depending on the moisture content. Sand, Gravel, Stone: Can tip the scales at upwards of 3,000 pounds per cubic yard.

- Convert the dimension in inches to yards (6 inches ÷ 36 inches = 0.167 yards)
- Convert the dimensions in feet to yards (12 feet ÷ 3 = 4 yards)
- Multiply the three dimensions together to find the number of cubic yards (0.167 x 4 x 4 = 2.67 cubic yards)

**Multiply the length, width, and height** together to find the volume of the space. Now, convert the volume to cubic yards. If the initial measurements were in inches, then convert cubic inches to cubic yards by dividing by 46,656. If the initial measurements were in feet, then divide by 27 to get cubic yards.

For an approximate idea of how much concrete you need, use the Concrete Volume Calculator below. For example, for a concrete slab that is 24′ X 24′ X 4”, simply enter 4 in the Thickness/Depth field, 24 in the Width field, and 24 in the Length field. Click “Calculate”. Your answer should be **7.11 yards**.

What is a cubic yard? … **ECY** = embankment cubic yard = a cubic yard as it exists in an embankment made by your crew. BCY = bank cubic yard = arguably identical to an ECY. TCY = truck cubic yard = cubic yard as it exists in the back of a hauling truck after placed there by your excavator.

You now have your answer in tons per cubic yard (**1.15 US tons** or 1.04 metric tonnes)

When it comes to light soil excavation, the shrink may range from 20-40% or more. Moderate soil excavation shrink ranges from 10-25%. Heavy soil excavation with deep cuts and fills shrink approximately 15% and swell **around 5%**. These averages are helpful to know and use as a guideline.

Cubic yards are used to measure the materials we provide, such as topsoil, sand, pit run, and gravel. We’ll need to know how many cubic square yards of the product you will require for your project. This is the basic formula: **length [ft] x width [ft] x depth [ft] = cubic sq.**

We know that volume of embankment **$V = pi ({R^2} – {r^2})h$ and volume of earth is $(v) = pi {r^2}d$**. NOTE: Outer ring radius has to be calculated by using the inner radius which is used in the volume of embankment to find height.

Convert the square yardage to cubic yards by using the planned depth of the slab. **Multiply the area of the slab by the intended slab depth**. Your result represents the cubic yards of concrete needed to cover an area the width and length measured with a slab of the proposed thickness.

For example, find the cubic footage volume of a backfill area that is 8 feet wide, 6 feet deep and 50 feet long. The volume of a rectangular cubed shape is found by the formula **v = l x w x d**, where v represents volume, l is the length of the trench, w is the width and d is the depth.

• Soil Conditions – Bank: Material in its natural state before. disturbance (in place) • Unit volume is Bank Cubic Meter (BCM) – Loose: **Material that has been excavated or**. **loaded**.

The third thing that needs to be considered is soil compaction. This can vary from **around 15% to 35%** depending on the soil, and what you are using it for. What this means is that you will have to order an additional amount of soil to account for settling and compacting.

1 Cubic Yard Covers Example: One cubic yard spread at a depth of 3 inches covers **108 sq feet**.

How to calculate cubic yards? The formula: **Number of Cubic Yards = Length (in feet) Width (in feet) Depth (in feet) ÷ 27**. Simply multiply the three dimensions together to find the number of cubic feet, then divide by 27 to find the number of cubic yards.

How big is a 4 yard dumpster? The typical size is **6 feet long, 4.5 feet wide and 4 feet high** and holds 4 cubic yards of garbage.

**Divide the volume of the loose trash by the volume of the compacted trash** to achieve the compaction ratio. As an example, 16 cubic feet of loose trash compacted into a 4 cubic feet volume would have a ratio of four, or four to one.

**Divide the weight of the dry soil by the volume of sand required** to fill the hole to find the soil density in pounds per cubic foot. For example, if the weight of the soil is now 1 lb. and the volume of the sand in the hole is . 5 cubic feet, the density would be 1 lb/.

95% compaction means that the soil on the construction site has been compacted to 95**% of the maximum density achieved in the lab**. … It means that when you conduct compaction test(in the laboratory) on a small soil sample of a particular site. You get some value of maximum dry unit weight at certain moisture content.

“Cubic yards” are also used to measure the carrying capacity of dump trucks, as well as pounds and tons. Dump trucks can usually carry about **10 to 14 cubic yards** of dirt. To understand what a cubic yard looks like, it’s easiest to think of one as a block of material around 3 feet in length, height, and width.

Depending upon your wheelbarrow size (i.e. 2 or 3 cubic feet per wheelbarrow load), it will take **9 to 14 full loads** to equal 1 cubic yard.

If you use a 2 to 1 slope, b will be 2 x a. (remember, “a” is the depth). So to calculate the volume of the sloped area with a 2 to 1 slope that would have to be subtracted from the total volume (measurements in feet) you could use **(40 + 80) x (a x 2a)**. Divide that figure by 27 to get cubic yards.

The grid method of calculation involves drawing a grid onto the plan for the earthwork project. For each node of the grid, determine the existing and proposed ground level and calculate the cut or fill required. Once the cut or fill depth is calculated, **multiply the value by the area of the grid cell**.

- 10 x 10 = 100 square feet.
- 4 ÷ 12 = .33.
- 100 x .33 = 33 cubic feet.
- 33 x .037 = 1.22 cubic yards.

A regular size pick-up will hold three cubic yards of mulch (a full load). Two cubic yards is about body level full. When picking up soils, sands and gravels, **one cubic yard is all that is recommended on a pick-up** truck.

A 40lb bag of topsoil yields 0.50 cubic feet or 0.018 cubic yard or 0.02 short tons, as 1 cubic yard is equal as 27 cubic feet, so number of 40lb bags of topsoil in a yard 27/0.50 = **54 bags**, in this regard, ” how many 40lb bags of topsoil are in cubic yard”, according to Imperial or US customary measurement system, …

According to Grow Your Yard, a cubic yard of topsoil can weigh **1,400 to over 2,000 pounds**. The exact answer depends on the soil’s moisture and whether it contains rocks, sand, debris, or other impurities. 40 pounds of topsoil fill about 0.75 cubic feet.

Keep in mind that mulch is sold by the cubic yard. One cubic yard of the material covers a 324-square-foot area an inch deep. So, to determine your total, multiply your square footage by the depth in inches desired, then divide by 324. Here’s your formula: **Square footage x desired depth / 324 = cubic yards needed**.

1 cubic yard =9 ft20.037 cubic yard16 cubic yard =**57.1464 ft2**2.3704 cubic yard17 cubic yard =59.5034 ft22.596 cubic yard18 cubic yard =61.8146 ft22.8284 cubic yard19 cubic yard =64.0833 ft23.0674 cubic yard