how to calculate standard quantity of materials?
448026
amount of materials that should have been used to manufacture units of output during a period. It is obtained by multiplying actual units of production by the standard material quantity per unit. For example, a company actually produced 2000 units during the month of March.
699973
['Direct materials. The cost of materials per unit (as listed in the direct materials budget), multiplied by the number of ending units in inventory (as listed in the production budget).', 'Direct labor. ... ', 'Overhead allocation.']
729105
The standard formula is C = m/V, where C is the concentration, m is the mass of the solute dissolved, and V is the total volume of the solution. If you have a small concentration, find the answer in parts per million (ppm) to make it easier to follow.
1029366
['% yield = actual amount obtained x 100 / maximum theoretical amount possible.', '% yield = 4.1 x 100 / 4.4 = 93.2% (to 1dp, 3sf)']
153907
Length in feet x Width in feet x Depth in feet (inches divided by 12). Take the total and divide by 21.6 (the amount of cubic feet in a ton). The final figure will be the estimated amount of tons required.
991487
Thus, the quantity of cement required for 1 cubic meter of concrete = 0.98/0.1345 = 7.29 bags of cement. The quantities of materials for 1 m3 of concrete production can be calculated as follows: The weight of cement required = 7.29 x 50 = 364.5 kg.
1456221
['Step 1: Calculate Standard Quantity. Limestone: 10,000 units. x. 11 / 1000. = 110 tons. Clay: 10,000 units. x. 14 / 1000. ... ', 'Step 2: Calculate the Variance. Material Usage Variance = [Actual Quantity - Standard Quantity (Step 2)] x Standard Price. Limestone: (100 - 110) x. $70. =']
834187
['Direct materials quantity variance = SP x (SQ – AQ) ... ', 'Direct materials price variance = (SP – AP) x AQ = ($10.35 – $9.90) x 30,000 = $13,500 favorable.']
652398
Since the standard outputs and actual outputs differ, the standard quantity should be revised. Revised standard quantity (RSQ) = (SQ/SO) x AO =800/500 x 400 = 640 units.
1092119
['You can easily calculate the mass of the given steel bar, by knowing its section and length. ... ', 'Volume Vof the bar = area of cross-section if the bar × length of the bar,', 'Mass of the bar = Volume of the bar × density of steel.', 'Density of steel = 8.05 g/cm³.']
14524
It is obtained by multiplying actual units of production by the standard material quantity per unit. For example, a company actually produced 2000 units during the month of March. The standard material quantity required to produce one unit of output was 5 pounds.
298960
['Write the equation used to calculate the weight/volume (%) : weight/volume (%) = (mass solute ÷ volume of solution) × 100.', 'Identify the solute: solute = sodium chloride = NaCl.', 'Extract the data from the question: mass solute (NaCl) = 5 g.']
1396665
The calculation for determining the amount of epoxy you need is a simple volume calculation. You simply multiple the length of the pour by the depth of the pour by the average width of the pour and then convert to liters.
524554
In physics the standard unit of weight is Newton, and the standard unit of mass is the kilogram. On Earth, a 1 kg object weighs 9.8 N, so to find the weight of an object in N simply multiply the mass by 9.8 N. Or, to find the mass in kg, divide the weight by 9.8 N.
1180903
['The molar mass is the mass of a given chemical element or chemical compound (g) divided by the amount of substance (mol).', 'The molar mass of a compound can be calculated by adding the standard atomic masses (in g/mol) of the constituent atoms.']
756933
1 Calculating Filler Metal Consumption The number of pounds of welding electrodes or welding wire necessary to complete a given weld joint may be calculated by the formula: P = WL E Where: P = Pounds of electrode or wire required W = Weight per foot of weld metal L = Length of weld (feet) E = Deposition efficiency ...
946955
['Consider each particle you have in turn. ... ', 'Divide your total count by N, the number of reference particles you considered -- probably the total number of particles in your data.', 'Divide this number by 4 pi r^2 dr, the volume of the spherical shell (the surface area 4 pi r^2, multiplied by the small thickness dr).']