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A warehouse building measures 100 feet long, 80 feet wide, and has a ceiling height of 20 feet. What is the cubic volume?

Correct Answer

B) 160,000 cubic feet

Volume is calculated by multiplying length × width × height: 100 feet × 80 feet × 20 feet = 160,000 cubic feet.

Answer Options
A
8,000 cubic feet
B
160,000 cubic feet
C
1,600 cubic feet
D
200 cubic feet

Why This Is the Correct Answer

Option B is correct because volume is calculated using the formula: Length × Width × Height. Substituting the given measurements: 100 feet × 80 feet × 20 feet = 160,000 cubic feet. This calculation properly accounts for all three dimensions of the warehouse space. The result represents the total enclosed air space within the building, which is crucial for determining storage capacity and mechanical system requirements.

Why the Other Options Are Wrong

Option A: 8,000 cubic feet

Option A (8,000 cubic feet) appears to be the result of multiplying only length × width (100 × 80 = 8,000), completely omitting the height dimension, which would give square footage rather than cubic volume.

Option C: 1,600 cubic feet

Option C (1,600 cubic feet) seems to result from an error in calculation, possibly confusing the dimensions or making an arithmetic mistake, as this number doesn't correspond to any logical combination of the given measurements.

Option D: 200 cubic feet

Option D (200 cubic feet) appears to be the sum of the three dimensions (100 + 80 + 20 = 200) rather than their product, which is a fundamental misunderstanding of how volume is calculated.

LWH Volume Pyramid

Remember 'LWH' (Length × Width × Height) by thinking 'Let's Work Hard' - and visualize stacking square floor areas (L×W) up to the ceiling height (H) to fill the entire cubic space.

How to use: When you see a volume question, immediately write 'L × W × H =' and identify each dimension from the problem before multiplying, ensuring you don't skip the height dimension.

Exam Tip

Always double-check that your answer is in cubic units (cubic feet, cubic yards) for volume questions, and verify you've used all three given dimensions in your calculation.

Common Mistakes to Avoid

  • -Calculating area (L×W) instead of volume (L×W×H)
  • -Adding dimensions instead of multiplying them
  • -Confusing square footage with cubic footage in the final answer

Concept Deep Dive

Analysis

This question tests the fundamental geometric calculation of cubic volume, which is essential for real estate appraisers when determining storage capacity, heating/cooling requirements, and certain valuation methods. Volume calculations are particularly important for warehouse, industrial, and storage properties where three-dimensional space directly impacts utility and value. The concept requires understanding that volume is a three-dimensional measurement that accounts for length, width, and height simultaneously. This basic mathematical skill forms the foundation for more complex appraisal calculations involving building capacity and functional utility.

Background Knowledge

Volume calculation requires multiplying all three spatial dimensions: length, width, and height, expressed in cubic units. This differs from area calculations which only use two dimensions and are expressed in square units.

Real-World Application

Appraisers use cubic volume calculations to determine warehouse storage capacity for income approach valuations, calculate heating/cooling costs for operating expense analysis, and compare functional utility between similar industrial properties.

cubic volumethree-dimensional measurementwarehouse capacity

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