How To Calculate Excavation Volume Formulas

  • what is the formula for calculating capacity?

    full answer. calculating volume or capacity requires a number determining length, either a length of time or a length of distance. in calculating the capacity of a machine to perform a task for a given period of time, the calculation would be: 10 minutes maximum operation time x 6 operations per minute = a maximum capacity for 60 operations.

  • how to calculate density example problem

    density is the measurement of the amount of mass per unit of volume.in order to calculate density, you need to know the mass and volume of the item. the mass is usually the easy part while volume can be tricky.

  • how to calculate the amount of backfill needed for

    this should be the width and depth of the gap between the edge of the the volume should be worked out by the depth times the width. you should then calculate how much of the area above the ground level you wish to fill.

  • surveying and leveling: lesson 14. computation of

    earthwork computation is involved in the excavation of channels, digging of trenches for laying underground pipelines, formation of bunds, earthen embankments, digging farm ponds, land levelling and smoothening. calculate the volume of earth work according to. i) trapezoidal formula. ii) prismoidal formula.

  • volume formulas

    volume formulas. volume is the amount of space enclosed by an object. you must have a three dimensional object in order to find volume. volume of a cube. since a cube has sides that are all the same size, this is a very easy volume formula to remember. we are going to find the area of the bottom of the cube and multiply by the

  • equations and formulas math is fun

    a formula is a special type of equation that shows the relationship between different variables. a variable is a symbol like x or v that stands in for a number we don't know yet. example: the formula for finding the volume of a box is:

  • use this formula to calculate a breakeven point

    in order to calculate your company's breakeven point, use the following formula: fixed costs ÷ (price costs) = breakeven point in units in other words, the breakeven point is equal to the total fixed costs divided by the

  • how do you calculate cubic meters? reference.com

    therefore, calculating the volume of an object is equivalent to calculating how many cubic meters it contains. identify which volume formula is needed to calculate cubic meters, identify which object is involved, and select the appropriate volume formula necessary to make the calculation.

  • surface area and volume formulas for geometric shapes

    in math (especially geometry) and science, you will often need to calculate the surface area, volume, or perimeter of a variety of shapes.whether it's a sphere or a circle, a rectangle or a cube, a pyramid or a triangle, each shape has specific formulas that you must follow to get the correct measurements.

  • using excel's basic formula functions to create an

    · we now calculate the area cost by multiplying the area by the unit cost. so once again we click in the cell we want the information posted in. then the equal sign (=) followed by clicking the area(yd3) cell and the cost per cubic yard cell.

  • trapezium rule practical substructure and excavation

    trapezium rule practical substructure and excavation presentation1. trapezium rule practical substructure and excavation presentation1 now for the practical use of the trapezium formula now use the trapezium formula to calculate the volume of the material excavated on the following page. note something happens to the material

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  • · web view

    calculator column worksheet beam worksheet wall worksheet slab worksheet pad worksheet footer worksheet code weight description length width height total excavation (lf) depth volume (cy) footing formwork (sfca) concrete rebar weight (lb) backfill concrete continuous footing quantity take off worksheet

  • volume and surface area state

    calculate the volume and surface area. the radius of a sphere is half of its diameter. this means that the radius is 1 = = = r= d= inches. we can now just plug this number in to the formulas to calculate the volume and surface area. volume: (

  • [ppt]
  • residential estimating delmar

    · web view

    calculating volumes of excavation and backfill for trenches trenches are measured using the following formula: volume of trench = centerline length x average width x average depth example: volume of excavation for figure 3.1: average depth of wall = (5.0' + 7.0') / 2 = 6.0' average width of wall: width of footing 3.0' add for work space

  • volume calculation

    volume of a round tank or clarifier. please enter data for tank radius (radius is 1/2 of diameter) and side water depth.

  • two peg test calculations

    a reference rl must be defined to calculate the volume of the truncated prism a, b, c, etc. the volume of a grid element (a, b, c etc). is the area of the grid element multiplied by the average oft the four corner heights.

  • introduction to volume measurements

    introduction to volume measurements. volume formulas. cross sections do not work well for computing the volumes of some pay items such as reinforced concrete and excavation. for these note: in this course, please use the cone formula volume for the cone examples; v = πr2 x h 3 .

  • asphalt tonnage calculator asphalt volume calculator

    asphalt tonnage calculator. asphalt is a black cementitious material, made by fractional distillation of crude petroleum. this online asphalt volume calculator helps you to estimate the asphalt tonnage required for making a pavement of a specified length, width and thickness.

  • material calculator fred burrows trucking

    step 2: enter the length, width and depth of area to fill (note: depth is in inches, not feet): step 3: click calculate to get amount needed

  • reservoir volume calculator

    consistent or average structure depth used in all calculations enter the structure depth volume triangles (up to 4) formula v = b x 1/2 x h x d