- Asked 2/19
- 2071 Bhadra · 8 marks
Value of a 10-year-old building
Short answer
Using straight-line depreciation over 80 years with 10% scrap value, the building’s present value is Rs 1,19,81,250. Adding land value of Rs 1,50,00,000 gives a total property value of Rs 2,69,81,250 (about Rs 2.70 crore).
Calculate the value of a building built 10 years ago having a plinth area of 450 sqm, constructed in the land of 1000 sqm. Current market value of land is Rs. 15,000 per sqm and rate of building is Rs. 30,000 per sqm. Assume suitable data if necessary.
Assumptions: RCC building with a total life of 80 years; scrap value = 10% of the cost; straight-line depreciation. The rate of Rs 30,000/m² is the present rate of construction.
Land = 1000 × 15,000 = Rs 1,50,00,000
Present cost of building = 450 × 30,000 = Rs 1,35,00,000
Depreciation (straight line)
Present value of building = 1,35,00,000 − 15,18,750 = Rs 1,19,81,250
Value of property = land + building = 1,50,00,000 + 1,19,81,250 = Rs 2,69,81,250
Answer: Value of the property is about Rs 2.70 crore (Rs 2,69,81,250).
✓ Answer checked by Claude Opus 5.5 (high effort)
Related questions
- Value of a 20-year-old building · Construction Management, chapter 13 · asked 2×
- Capitalized value of 80-year building · Construction Management, chapter 13
- Fair market value of Tata Sipradi showroom · Construction Management, chapter 13
- Valuation of a cinema hall (land Rs 15 lakh) · Construction Management, chapter 13 · asked 2×
- Job layout for 1000 sqm public building · Construction Management, chapter 6
- Loan value against mortgage of a building · Construction Management, chapter 13
- Capitalized value of three-storied RCC building · Construction Management, chapter 13
- EPS and book value; Rs 10,00,000, 3500 shares · Project Engineering, chapter 6
- EPS and book value; ABC project Rs 6,00,000 · Project Engineering, chapter 6
- EPS and book value; capital Rs 5,00,000 · Project Engineering, chapter 6
- Asphalt Institute design: 5.11×10⁴ ESAL/year, 12 years · Transportation Engineering II, chapter 2