EstatePass
Project MgmtSafetyeasy20% of exam part

A scaffold platform is 20 feet long and 5 feet wide. If the maximum intended load is 25 pounds per square foot, what is the total load capacity of this platform?

Correct Answer

C) 2,500 pounds

Platform area = 20 ft × 5 ft = 100 square feet. Total load capacity = 100 sq ft × 25 lbs/sq ft = 2,500 pounds. This calculation is essential for determining safe loading limits on scaffolds.

Answer Options
A
1,500 pounds
B
2,000 pounds
C
2,500 pounds
D
3,000 pounds

Why This Is the Correct Answer

Option C is correct because the total load capacity is calculated by multiplying the platform area by the load per square foot. The platform area is 20 ft × 5 ft = 100 square feet. When multiplied by the maximum intended load of 25 pounds per square foot, the total capacity is 100 × 25 = 2,500 pounds. This is a fundamental calculation for scaffold safety and load distribution.

Why the Other Options Are Wrong

Option A: 1,500 pounds

Option A (1,500 pounds) is incorrect because it appears to use an incorrect load factor of 15 lbs/sq ft instead of the given 25 lbs/sq ft (100 sq ft × 15 = 1,500).

Option B: 2,000 pounds

Option B (2,000 pounds) is incorrect because it uses an incorrect load factor of 20 lbs/sq ft instead of the specified 25 lbs/sq ft (100 sq ft × 20 = 2,000).

Option D: 3,000 pounds

Option D (3,000 pounds) is incorrect because it uses an excessive load factor of 30 lbs/sq ft instead of the given 25 lbs/sq ft (100 sq ft × 30 = 3,000).

Memory Technique

Remember 'ALF' - Area × Load Factor = Total capacity. Always find the area first, then multiply by the load rating given in the problem.

Reference Hint

Florida Building Code Chapter 33 - Safeguards During Construction, or OSHA 29 CFR 1926 Subpart L - Scaffolds

More Project Mgmt Questions

People Also Study

Practice More Contractor Exam Questions

Access all practice questions with progress tracking and adaptive difficulty to pass your Florida General Contractor exam.

Start Practicing