
The BUILDING ENGINEER FORMULATOR is the perfect tool for any general contractor or builder. This program contains over 200 formulas helpful forbuidling Engineers. BUILDING ENGINEER FORMULATOR combines all of the formulas from our Electrical, Carpentry and Plumbing Formulators. In addition, this product also includes Concrete and Excavations formulas, that perform calcuations for excavating or filling soil, the concrete required for a job and the bricks required for a wall.
The CARPENTRY section contains formulates that calculate the number of joists and studs required on a job. BUILDER's FORMULATOR aids users to calculate the load on headers or the cost of hardwood flooring. There are even formulas to calculate the loads on walls and loads on beams.
Formulas in the ELECTRICAL section calculate kilowatts, horsepower, efficiency, power factor, watts, amps, current, power, resistance, and voltage. This section includes formulas to calculate total resistance, capacitance, voltage drops, and transformer calculations. The formulas in the PLUMBING section calculate areas of pipe walls and the weights of different pipes. BUILDING FORMULATOR is able to calculate the final temperature when two bodies of water are mixed. There are also formulas in this section to calculate the expansion of pipes, radiant heat and heat loss cooling requirments, head loss and fresh air in a room requirements.
Finally, BUILDING ENGINEER FORMULATOR has 20 unique formulas for building engineers. It cinludes formulas in acoustics, boilers heat loads, lighting and the time it recuires to recoup money on investments. All formulas can be saved, e-mailed and your can access recent or favorite formulas.
| Financial Formulas (5) |
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| Soil to Excavated or Filled |
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| Concrete Needed |
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| Cement Used. Aggregate Uses |
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| Weight of Cement |
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| Weight of Aggragate |
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| Bircks Needed |
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| Piping-Area of Pipe Wall |
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| Weight of Pipe- Steel |
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| Weight of Pipe- Copper |
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| Mixing Two Temperatures |
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| Expansion in Plastic Piping |
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| Radiant Heat |
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| Heat Loss |
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| Water Requirements |
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| Hazen Williams Frictions Loss |
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| Fresh Air in Rooms |
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| Cooling Load in Rooms |
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| Coefficient of Performance |
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| Amp in Direct Current |
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| Amps/1 phase 120 Volt |
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| 3 Phase Amps/120 volts |
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| Amps with DC Crrent |
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| Amps for AC 1 Phase |
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| Amps When KVA is Known- Amps- 1 Phase |
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| Amps When KVA is Known-Amps 3 Phase |
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| Kilowatts for DC |
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| Kilowatts Single Phase |
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| Kilowatts Three Phase |
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| Horespower DC |
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| Horespower Single Phase |
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| Kilowatts Three Phase |
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| Efficiency Single Phase |
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| Power Factor Three Phase |
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| Power-DC Circuits- Watts |
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| Power-DC Circuits- Amps |
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| Calculate for Resistance- 3 calcucation |
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| Calculate for Voltage-2 calcuations |
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| Total Resistance |
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| Capacitance |
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| Voltage Drop |
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| Transformer Calcuations- Six |
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| Maximuim Load on Transformers |
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| Joints Required |
| Number of Studs Required |
| Load on Headers |
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| Installing Hardwood Floors |
| Loads on Wars |
| One Story Building |
| Two Story Building |
| Load on Beams |
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| Number of LInear Foot |
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| Rectangle Area |
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| Prism Volume |
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| Area of Surface of Sphere |
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| Volume of Sphere |
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| Area of Cyllinder |
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| Length of Cylinder |
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| Volume of Cylinder |
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| Capacity of Cylinder |
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| Circumference of Circle |
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| Radius of Circle |
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| Area of Circle |
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| Arc Length of Circle |
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| Degrees of Arcs |
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| Radius of Arc |
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| CONVERSIONS |
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| Inches to Feet |
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| Inches to Millimeters |
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| Feet to Inches |
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| Feet to Yards |
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| Yards to Feet |
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| Square Inches to Square Feet |
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| Square Feet to Square Inches |
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| Square Feet to Square Yards |
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| Cubic Inches to Cubic Feet |
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| Cubic Feet to Cubic Inches |
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| Cubic Feet to Cubic Yards |
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| Cubic Yards to Cubic Feet |
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| Cubic Inches ot Gallons |
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| Cubic Feet to Gallons |
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| Gallons to Cubic Inches |
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| Gallons to Cubic Feet |
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| Gallons to Pounds of Water |
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| Pounds of Water to Gallons |
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| Ounces to Pounds |
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| Pounds to Ounces |
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| Inches of Water to Pounds |
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| Inches of Water to Inches of Mercury |
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| Inches of Water to Ounces per Square Inch |
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| Inches of Water to Pounds per Square Inch |
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| Ounces Per Square Inch to Pounds Per Square Inch |
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| Pounds Per Square Inches of Water |
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| Pounds Per Square to Inches of Mercury |
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| Pounds Per Square Inches to Atmospheres |
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| Feet of Water to Pounds Per Square Inch |
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| Feet of Water to Inch of Mercury |
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| Atmospheres to Pounds Per Square Inch |
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| Atmospheres to Inches of Mercury |
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| Atmospheres to Feet of Water |
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| More..... |
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