A cut and fill operation requires moving 2,500 cubic yards of soil. The soil has a swell factor of 25% and a shrinkage factor of 8%. How many cubic yards must be excavated to achieve 2,500 cubic yards of compacted fill?
Correct Answer
D) 2,717 cubic yards
Required compacted fill = 2,500 cy. Accounting for 8% shrinkage: in-place volume needed = 2,500 ÷ 0.92 = 2,717 cubic yards must be excavated.
Why This Is the Correct Answer
Required compacted fill = 2,500 cy. Accounting for 8% shrinkage: in-place volume needed = 2,500 ÷ 0.92 = 2,717 cubic yards must be excavated.
More NASCLA Questions
Which AIA document contains the general conditions that govern the rights and responsibilities of all parties in a construction contract?
A construction company has direct labor costs of $85,000, direct materials of $120,000, and overhead costs of $45,000 for a project. What is the total job cost?
What is the primary purpose of job cost accounting in construction?
A construction company has current assets of $350,000 and current liabilities of $280,000. What is the company's working capital?
In CSI MasterFormat, which division covers earthwork and site preparation?
In a mechanical drawing, what does 'CFM' typically measure?
In CSI MasterFormat Division 08, which of the following would typically be included?
On a mechanical plan, what does the symbol 'RTU' typically indicate?
What is the minimum preheat temperature for welding ASTM A992 steel when the ambient temperature is 15°F?
A general contractor's balance sheet shows total assets of $850,000, current liabilities of $320,000, and long-term debt of $180,000. What is the company's equity?
People Also Study
Business & Financial Management
120 questions · 70% to pass
Contract Administration
60 questions · 70% to pass
Project Management
60 questions · 70% to pass
Related Study Resources
Previous Question
A trench is being excavated in Type B soil. If the trench is 12 feet deep, what is the maximum allowable slope ratio for the sides without additional protective systems?
Next Question
For Type C soil excavation, what is the only acceptable method of protection for workers in trenches 5 feet or deeper?
