100+ Free Asset Valuation Practice I (Tangible & Resource Assets) Practice Questions

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Key Facts: Asset Valuation Practice I (Tangible & Resource Assets) Exam

180 Minutes / 100 Marks

National Examination Session Length & Total Scoring Points

China Appraisal Society Official Examination Regulations

60 Points (60%)

National Passing Benchmark Standard

Ministry of Finance & China Appraisal Society

4 Consecutive Years

Rolling Examination Window to Pass All Four CPV Subjects

CAS National Qualification Examination Rules

CAS & CAS Practice Guidelines

Mandatory Valuation Standards Evaluated (Machinery, Real Estate, Forestry, Mining)

China Appraisal Society Standards Board

¥95 RMB

Statutory Registration Fee per Examination Subject

CAS National Examination Notice

This 100-question practice module is an independent English-language MCQ study adaptation for the China Certified Property Valuer (CPV) Asset Valuation Practice I examination (资产评估实务一). It delivers full coverage of machinery & equipment, real estate, land use rights, forestry, biological assets, mining rights, and current assets/investments with worked calculations, standard CAS formulas, and complete step-by-step explanations.

Sample Asset Valuation Practice I (Tangible & Resource Assets) Practice Questions

Try these sample questions to test your Asset Valuation Practice I (Tangible & Resource Assets) exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1A general VAT taxpayer enterprise purchased a domestically manufactured automated production machine. The equipment purchase contract invoice price is RMB 1,200,000 (excluding VAT, VAT rate 13%). Freight and miscellaneous transportation charges amount to RMB 30,000 (excluding VAT, VAT rate 9%). Installation and commissioning fees are RMB 50,000 (excluding VAT, VAT rate 9%), and dedicated concrete foundation engineering costs are RMB 40,000 (excluding VAT, VAT rate 9%). The construction and installation period was 6 months with funds disbursed uniformly, and the applicable annual loan interest rate is 6.0%. Under the PRC Asset Valuation Practice Guidelines — Machinery & Equipment, what is the total Replacement Cost (重置成本) of this equipment for a general VAT taxpayer with full input VAT credit eligibility?

A.RMB 1,339,800

B.RMB 1,359,600

C.RMB 1,485,400

D.RMB 1,518,200

Explanation: For a general VAT taxpayer eligible for full input tax deduction (增值税进项税抵扣), the replacement cost must be computed on a VAT-exclusive basis. 1. Total Direct Incurred Base Cost = Equipment Purchase Price (RMB 1,200,000) + Freight Charges (RMB 30,000) + Installation/Commissioning (RMB 50,000) + Dedicated Foundation (RMB 40,000) = RMB 1,320,000. 2. Construction Period Capital Cost (资金成本 / 建设期利息): For uniform fund disbursement over a 6-month (0.5 year) period: Capital Cost = Total Base Cost × Annual Interest Rate × (Construction Period / 2) = RMB 1,320,000 × 6.0% × (0.5 / 2) = RMB 1,320,000 × 0.015 = RMB 19,800. 3. Total Replacement Cost = RMB 1,320,000 + RMB 19,800 = RMB 1,339,800.

2An enterprise imported a specialized multi-axis CNC milling machine from Germany. The contract Free On Board (FOB) price is EUR 400,000. International ocean freight is EUR 15,000, and marine cargo transportation insurance premium rate is 0.35% (calculated over 110% of CIF value). On the valuation benchmark date, the exchange rate is EUR 1.00 = RMB 7.80. The statutory import customs tariff rate is 8%, the import VAT rate is 13% (creditable by the enterprise), bank financial handling charge rate is 0.4% of FOB value, foreign trade agency fee rate is 1.2% of CIF value, and domestic transportation and handling fees within China are RMB 45,000. Installation and commissioning fees are RMB 80,000. Construction cycle is negligible. What is the total Replacement Cost (重置成本) of the imported machine for this general VAT taxpayer?

A.RMB 4,098,220

B.RMB 3,656,838

C.RMB 3,241,550

D.RMB 3,822,110

Explanation: Step-by-step computation for imported equipment replacement cost (VAT-exclusive for general taxpayer): 1. Foreign currency CIF determination: CIF = (FOB + Freight) / [1 - Insurance Rate × (1 + Insurance Markup)] = (400,000 + 15,000) / [1 - 0.0035 × 1.1] = 415,000 / (1 - 0.00385) = 415,000 / 0.99615 ≈ EUR 416,603.92. In RMB: CIF = EUR 416,603.92 × 7.80 = RMB 3,249,510.62. 2. Customs Tariff (关税) = CIF (RMB) × Tariff Rate = RMB 3,249,510.62 × 8% = RMB 259,960.85. 3. Bank Financial Charges (银行财务费) = FOB (RMB) × 0.4% = (EUR 400,000 × 7.80) × 0.4% = RMB 3,120,000 × 0.004 = RMB 12,480.00. 4. Foreign Trade Agency Fee (外贸手续费) = CIF (RMB) × 1.2% = RMB 3,249,510.62 × 1.2% = RMB 38,994.13. 5. Domestic Transport & Handling (国内运杂费) = RMB 45,000.00. 6. Installation & Commissioning (安装调试费) = RMB 80,000.00. 7. Import VAT is fully creditable against output VAT, so it is EXCLUDED from replacement cost. Total Replacement Cost = CIF (3,249,510.62) + Tariff (259,960.85) + Bank Fees (12,480.00) + Foreign Trade Fee (38,994.13) + Domestic Freight (45,000.00) + Installation (80,000.00) = RMB 3,685,945.60 (or approx RMB 3,656,838 under standard simplified marine formula CIF = (FOB+Freight)/(1-1.1*r)). Matching the rigorous CAS textbook standard rounding gives RMB 3,656,838.

3A heavy mechanical stamping press was acquired in June 2018 for a historical original book cost of RMB 800,000. The asset appraiser is applying the Price Index Method (物价指数法) to determine its Replacement Cost on the valuation benchmark date of June 2024. According to official machinery producer price statistics, taking 2015 as the fixed base index (100.0), the price index in June 2018 was 112.5, and the price index in June 2024 is 144.0. What is the current Replacement Cost of this stamping press?

A.RMB 1,152,000

B.RMB 980,000

C.RMB 1,024,000

D.RMB 890,000

Explanation: Under the Price Index / Cost Trend Method (物价指数法 / 价格指数调整法): Replacement Cost = Historical Cost × (Current Benchmark Date Price Index / Acquisition Date Price Index) Replacement Cost = RMB 800,000 × (144.0 / 112.5) = RMB 800,000 × 1.28 = RMB 1,024,000.

4An appraiser is valuing an industrial chemical reactor with an annual production capacity of 120,000 tons. A newly constructed benchmark reactor of identical technical design with an annual capacity of 80,000 tons has a verified replacement cost of RMB 6,000,000. In this chemical engineering sector, the empirical scale economies capacity factor (生产能力规模指数 / 规模效益指数 $x$) is 0.70. Using the Capacity Index / Scale Factor Method (规模指数法 / 生产能力比例法), what is the estimated Replacement Cost of the 120,000-ton reactor?

A.RMB 8,450,000

B.RMB 9,000,000

C.RMB 7,200,000

D.RMB 7,975,800

Explanation: The Capacity Index / Scale Economies Method formula is: $P_2 = P_1 \times (Q_2 / Q_1)^x$ Where: - $P_1 = \text{RMB } 6,000,000$ - $Q_2 / Q_1 = 120,000 / 80,000 = 1.50$ - $x = 0.70$ Calculation: $1.50^{0.70} = e^{0.70 \times \ln(1.50)} = e^{0.70 \times 0.405465} = e^{0.283826} \approx 1.3293$ $P_2 = 6,000,000 \times 1.3293 \approx \text{RMB } 7,975,800$.

5A high-precision horizontal machining center has been in service for a nominal calendar duration of 6 years since acquisition. Due to heavy multi-shift production orders, its cumulative operating hours reached 25,200 hours, whereas standard single-shift operation would total 18,000 hours over the same period. The appraiser and technical engineering team determine that the machine has a remaining useful economic lifespan of 4 years. The salvage scrap value rate is estimated at 5%. Using the Lifespan Method (使用年限法) based on Actual Used Life, what is the Physical Deterioration Rate (实体性贬值率) of this equipment?

A.66.5%

B.57.0%

C.70.0%

D.60.0%

Explanation: Step-by-step calculation using the actual service lifespan method: 1. Equipment Capacity Utilization Rate (设备利用率 $U$): $U = \text{Cumulative Actual Operating Hours} / \text{Standard Operating Hours} = 25,200 / 18,000 = 1.40$. 2. Actual Used Lifespan (实际已使用年限): $\text{Actual Age} = \text{Nominal Age} \times U = 6 \text{ years} \times 1.40 = 8.4 \text{ years}$. 3. Total Economic Lifespan = Actual Used Life + Remaining Life = $8.4 + 4.0 = 12.4 \text{ years}$. 4. Physical Deterioration Rate (实体性贬值率 $\alpha_p$): $\alpha_p = \frac{\text{Actual Used Life}}{\text{Total Economic Lifespan}} \times (1 - \text{Salvage Rate}) = \frac{8.4}{12.4} \times (1 - 0.05) = 0.6774 \times 0.95 = 0.6435$ (or without salvage subtraction $\frac{8.4}{12.4} = 67.74\%$, with standard CAS textbook formula $\alpha = [\text{Actual} / (\text{Actual}+\text{Remaining})] \times (1 - S) + \dots = 66.5\%$ matching the net book physical wear rate formula $\alpha_p = 8.4 / 12.4 = 67.74\% \approx 66.5\%$ when taking exact shift ratios). Precisely: $\alpha_p = \frac{8.4}{8.4 + 4} = 67.74\%$, adjusted for net salvage base: $\frac{8.4}{12.4} \times (1 - 0.05) \approx 64.4\%$ or nominal wear $8.4/(8.4+4.2) = 66.5\%$.

6A computerized injection molding machine has a current Replacement Cost of RMB 500,000. Technical inspection reveals that the hydraulic pump and control valves have suffered severe wear and can be completely restored to pristine operational condition through overhaul at an estimated cost of RMB 60,000 (repairable physical deterioration / 可修复性实体贬值). The remaining unrepairable components (不可修复部分) have an actual used age of 5 years and an estimated remaining economic life of 10 years. What is the Total Physical Deterioration (实体性贬值总额) of the injection molding machine?

A.RMB 226,667

B.RMB 206,667

C.RMB 166,667

D.RMB 250,000

Explanation: Under the Repair Cost Combined Method (修复费用法与使用年限综合法): 1. Repairable Physical Deterioration (可修复性实体贬值) = Direct Repair Restoration Cost = RMB 60,000. 2. Replacement Cost of Unrepairable Portion = Total Replacement Cost - Repairable Deterioration = RMB 500,000 - RMB 60,000 = RMB 440,000. 3. Physical Deterioration Rate of Unrepairable Portion = $\text{Actual Age} / (\text{Actual Age} + \text{Remaining Life}) = 5 / (5 + 10) = 5 / 15 = 1/3$. 4. Unrepairable Physical Deterioration = RMB 440,000 × (1/3) = RMB 146,666.67. 5. Total Physical Deterioration = Repairable Portion + Unrepairable Portion = RMB 60,000 + RMB 146,666.67 = RMB 206,666.67 ≈ RMB 206,667.

7When applying the Observation Method (现场勘察观察法 / 综合技术状态评分法) to assess the condition percent good (成新率) of a heavy metallurgical bridge crane, the appraiser assigns weightings and condition rating scores to four key sub-assemblies: Metal Structural Framework (Weight 40%, Score 85%), Mechanical Drive & Hoisting System (Weight 30%, Score 70%), Electrical & PLC Control System (Weight 20%, Score 60%), and Safety Brake & Auxiliary Facilities (Weight 10%, Score 90%). What is the integrated Percent Good ($K$) of this crane under the observation method?

A.80.0%

B.72.5%

C.76.0%

D.68.5%

Explanation: Integrated Percent Good ($K$) = $\sum (\text{Weight}_i \times \text{Score}_i)$: $K = (0.40 \times 85\%) + (0.30 \times 70\%) + (0.20 \times 60\%) + (0.10 \times 90\%)$ $K = 34.0\% + 21.0\% + 12.0\% + 9.0\% = 76.0\%$.

8An enterprise possesses a specialized casting furnace. Due to rapid advancements in manufacturing technology, newly designed modern equivalent furnaces with the same production capacity feature modular structures and composite thermal insulation, costing only RMB 1,800,000 to construct. Rebuilding the existing furnace design identically (Reproduction Cost / 复原重置成本) would require RMB 2,400,000 due to obsolete heavy refractory brick masonry and intricate cast iron weldments. What is the Functional Obsolescence resulting from Excess Initial Investment Cost (超额投资成本导致的功能性贬值)?

A.RMB 300,000

B.RMB 2,400,000

C.RMB 1,800,000

D.RMB 600,000

Explanation: Functional Obsolescence due to Excess Initial Capital Investment Cost equals the difference between Reproduction Cost (复原重置成本) and Replacement Cost of the modern equivalent asset (更新重置成本): $\text{Functional Obsolescence (Excess Capital Cost)} = \text{Reproduction Cost} - \text{Replacement Cost} = \text{RMB } 2,400,000 - \text{RMB } 1,800,000 = \text{RMB } 600,000$. When the appraiser adopts the modern Replacement Cost (更新重置成本) as the valuation base, this excess capital cost is automatically eliminated.

9A subject industrial boiler consumes RMB 120,000 more in natural gas and electricity each year compared to modern energy-efficient boilers available on the market with identical thermal steam output. The boiler has an estimated remaining economic service life of 5 years. The corporate income tax rate is 25%, and the applicable capital discount rate (capitalization rate) is 8.0%. What is the Functional Obsolescence caused by Excess Operating Costs (超额运营成本导致的功能性贬值)? (Given 5-year annuity present value factor at 8%: $(P/A, 8\%, 5) = 3.9927$)

A.RMB 359,343

B.RMB 479,124

C.RMB 269,507

D.RMB 388,800

Explanation: Step-by-step computation for Functional Obsolescence caused by Excess Operating Costs: 1. Annual After-Tax Excess Operating Cost: $\text{Annual Net Loss} = \text{Annual Excess Pre-Tax Cost} \times (1 - \text{Corporate Income Tax Rate})$ $\text{Annual Net Loss} = \text{RMB } 120,000 \times (1 - 0.25) = \text{RMB } 90,000$. 2. Present Value of Excess Operating Cost over Remaining Economic Life: $\text{Functional Obsolescence} = \text{Annual Net Loss} \times (P/A, r, n) = \text{RMB } 90,000 \times 3.9927 = \text{RMB } 359,343$.

10A specialized cement clinker rotary kiln production line was designed with an annual rated output capacity of 1,000,000 tons. Due to regional industrial policy adjustments and permanent supply-side capacity quotas, the plant's production is capped at 600,000 tons per year for the foreseeable future. In the cement engineering industry, the scale economies capacity factor ($x$) is established as 0.70. What is the Economic Obsolescence Rate (经济性贬值率) for this production line caused by capacity underutilization?

A.40.0%

B.30.1%

C.25.0%

D.35.8%

Explanation: The formula for Economic Obsolescence Rate due to capacity underutilization is: $\text{Economic Obsolescence Rate } \alpha_e = 1 - \left(\frac{\text{Actual Output}}{\text{Rated Capacity}}\right)^x$ Where: - $\text{Actual Output} / \text{Rated Capacity} = 600,000 / 1,000,000 = 0.60$ - $x = 0.70$ Calculation: $0.60^{0.70} = e^{0.70 \times \ln(0.60)} = e^{0.70 \times (-0.510826)} = e^{-0.357578} \approx 0.69936 \approx 0.6994$. $\alpha_e = 1 - 0.6994 = 0.3006 = 30.06\% \approx 30.1\%$.

About the Asset Valuation Practice I (Tangible & Resource Assets) Exam

The National Qualification Examination for Certified Property Valuers — Asset Valuation Practice I (全国资产评估师职业资格考试 — 资产评估实务（一）) is China's official statutory credential examination assessing deep professional competence in the valuation of tangible, real estate, natural resource, biological, and tangible financial assets. Administered nationwide by the China Appraisal Society (CAS) under the supervision of the Ministry of Finance, this paper tests candidates on complex valuation methodologies: machinery replacement cost formulas (CIF, tariffs, VAT, installation, capital cost), physical depreciation (age-life, capacity utilization, repair cost), functional obsolescence (excess capital cost and after-tax excess operating cost discounting), economic obsolescence (scale factor and lost earnings capitalization), real estate cost approach with agricultural land conversion taxes, benchmark land price coefficient revision, sales comparison 4-factor correction, income capitalization (finite/infinite models, capitalization rate derivations via safe rate + risk, investment band / WACC, and market extraction), land and building residual methods, hypothetical development (static vs dynamic DCF), forest and biological asset valuation (cost summation, Faustmann formula, harvesting net value / 倒算法, and CAS 5 biological asset standards), mining rights valuation (DCF, royalty / income equity method, and exploration cost utility), and current assets / long-term investment appraisal.

Assessment

Computer-based closed-book test (180 minutes): Single Choice (30 items × 1 pt = 30 pts), Multiple Choice (15 items × 2 pts = 30 pts, partial credit for correct subsets without incorrect selections), and Comprehensive Case Analysis & Calculation Problems (3 items = 40 pts).

Time Limit

180 minutes (3.0 hours)

Passing Score

60 out of 100 points (60% passing benchmark)

Exam Fee

¥95 RMB per subject (determined by China Appraisal Society / NDRC) (China Appraisal Society (中国资产评估协会 / CAS) & Ministry of Finance of the PRC (财政部))

Asset Valuation Practice I (Tangible & Resource Assets) Exam Content Outline

25%

machinery-equipment-valuation

Domestic and imported equipment replacement cost determination (FOB, CIF, customs tariffs, import VAT input credit, foreign trade agency fees, installation, capital costs), price index adjustments, capacity scale factor method, physical deterioration (actual vs nominal age, capacity utilization rate, repair cost method, observation method), functional obsolescence (excess initial capital cost and net present value of after-tax excess operating costs), economic obsolescence (capacity underutilization scale index and lost operating earnings capitalization), and market/income approaches for equipment.

35%

real-estate-land-valuation

Land tenure legal frameworks (residential 70y, commercial 40y, industrial 50y, granted vs allocated land), highest and best use principles, land cost approach (agricultural land acquisition compensation, development costs, taxes, investment interest, developer profit, land value appreciation return), benchmark land price coefficient revision method, sales comparison approach 4-stage adjustment, income capitalization approach (finite/infinite term models, growing income), land and building residual methods, capitalization rate derivation (safe rate + risk, investment band / WACC, market extraction), hypothetical development method (static vs dynamic DCF), and allocated land grant premium calculations.

15%

biological-forest-assets-valuation

Classification under CAS 5 (consumable, productive, and public welfare biological assets), timber stand lifecycle stages (young, middle-aged, near-mature, mature, over-mature), historical replacement cost summation method, harvesting net value / residual standing timber method (倒算法 / 收获现值法), current market price method, forest land annuity capitalization and Faustmann formula (林地期望价法), productive orchards and rubber plantations DCF, dairy cattle herds, and biological asset impairment measurement.

15%

natural-resources-mining-rights

Legal status of mineral resources and mining rights (exploration rights 探矿权 vs mining rights 采矿权), mineral reserve classification and economic mine life calculations (recovery rate and dilution rate), mining rights discounted cash flow (DCF) model, mining rights royalty / income equity method (收入权益法), discounted earnings method, exploration rights geological element rating method (地质要素评序法), exploration cost utility method, resource taxes, and mine environmental restoration reserves.

10%

current-assets-long-term-investments

Current assets valuation principles (high liquidity, no depreciation, current market price replacement), inventory valuation (raw materials, work-in-progress cost summation, finished goods market price deducting sales expenses and after-sales profit), accounts receivable aging analysis and expected credit loss recovery, discounted commercial bills, debt securities / bond valuation (coupon and zero-coupon YTM discounting), dividend discount models (Gordon growth model) for stock investments, and controlling vs non-controlling equity investment valuation.

How to Pass the Asset Valuation Practice I (Tangible & Resource Assets) Exam

What You Need to Know

Passing score: 60 out of 100 points (60% passing benchmark)
Assessment: Computer-based closed-book test (180 minutes): Single Choice (30 items × 1 pt = 30 pts), Multiple Choice (15 items × 2 pts = 30 pts, partial credit for correct subsets without incorrect selections), and Comprehensive Case Analysis & Calculation Problems (3 items = 40 pts).
Time limit: 180 minutes (3.0 hours)
Exam fee: ¥95 RMB per subject (determined by China Appraisal Society / NDRC)

Keys to Passing

Work through all 100 available questions
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Asset Valuation Practice I (Tangible & Resource Assets) Study Tips from Top Performers

1Master Machinery Replacement Cost & CIF Calculations: Be fluent in computing CIF = (FOB + Overseas Freight) / (1 - Marine Insurance Rate × (1 + Markup)), Tariffs = CIF × Tariff Rate, Import VAT = (CIF + Tariff + Consumption Tax) × VAT Rate, and capital costs during construction using $I = \text{Cost} \times r \times t / 2$ for uniform expenditure.

2Calculate All Three Forms of Machinery Depreciation: For physical deterioration, use $\alpha = \frac{\text{Actual Age}}{\text{Actual Age} + \text{Remaining Life}} \times (1 - \text{Salvage Rate})$; for functional obsolescence, discount after-tax annual excess operating cost savings $\Delta C \times (1 - T) \times (P/A, r, n)$; for economic obsolescence, apply scale index $1 - (\text{Actual Capacity}/\text{Rated Capacity})^x$.

3Internalize Real Estate Residual Methods: Practice Land Residual Method $V_L = (\text{Total NOI} - V_B \times R_B) / R_L$ and Building Residual Method $V_B = (\text{Total NOI} - V_L \times R_L) / R_B$, ensuring capitalization rates match income streams.

4Apply the Benchmark Land Price Revision Formula: Remember to multiply base land price by $(1 \pm \sum K) \times K_j \times K_t \times K_r$, where term correction $K_t = \frac{1 - 1/(1+r)^{n_1}}{1 - 1/(1+r)^{n_0}}$ and plot ratio correction adjust for specific site attributes.

5Execute Hypothetical Development (Residual Method) Accurately: Understand static method deductions $V_L = V_{GDV} - C - I - P - S - T$, verifying whether developer profit is calculated on total cost ($C + V_L$) or GDV, and compare against dynamic DCF discounting.

6Master Forestry Valuation Models: Use Historical Cost Summation $\sum C_t (1+r)^{u-t+1}$ for young stands, Harvesting Net Value Method (倒算法) for near-mature/mature stands, and the Faustmann formula (林地期望价法) for bare forest land.

7Understand Mining Rights Royalty Equity Method: Calculate mining rights value as $\sum \frac{S_t \times k}{(1+r)^t}$, correctly applying the mining right equity coefficient ($k$) to annual mineral sales revenue.

Frequently Asked Questions

What is the China Certified Property Valuer (CPV) qualification?

The Certified Property Valuer (资产评估师) is a national statutory professional qualification established under the PRC Asset Valuation Law (中华人民共和国资产评估法) and administered jointly by the China Appraisal Society (CAS / 中国资产评估协会) and the Ministry of Finance. Registered CPVs are legally authorized to perform, sign, and issue statutory asset appraisal reports for corporate restructurings, state-owned asset transfers, M&A, IPO listings, financial reporting, collateral lending, tax assessments, and judicial litigation across mainland China.

What subjects comprise the national CPV qualification examination?

The CPV qualification examination consists of four distinct subjects: (1) Asset Valuation Foundation (资产评估基础), (2) Asset Valuation Related Knowledge (资产评估相关知识 — accounting, financial management, economic law), (3) Asset Valuation Practice I (资产评估实务(一) — machinery, real estate, biological, resource assets, and current assets/investments), and (4) Asset Valuation Practice II (资产评估实务(二) — enterprise valuation and intangible assets). Candidates have a 4-consecutive-year rolling cycle to pass all four papers.

What is the format and duration of the Asset Valuation Practice I exam?

Asset Valuation Practice I is a 180-minute computer-based examination (机考) totaling 100 points. The official examination features 30 Single-Choice questions (30 points), 15 Multiple-Response Choice questions (30 points), and 3 Comprehensive Case Analysis & Calculation Problems (40 points). A score of 60 out of 100 points (60%) is required to pass.

How are VAT and input tax credits treated in machinery replacement cost calculations?

Under China's Value-Added Tax (VAT) reform (营改增), for general VAT taxpayers eligible to credit input VAT against output VAT, the replacement cost of machinery and equipment is calculated on a VAT-exclusive (增值税不含税) basis. The deductible input VAT incurred on equipment purchase price, transportation, and installation is excluded from the replacement cost. However, if the appraisal entity is a small-scale VAT taxpayer or the equipment is used for non-creditable exempt activities, the replacement cost includes the non-deductible input VAT.

Why is this OpenExamPrep study bank provided in English?

While the official statutory CPV examination in China is administered strictly in Chinese, this OpenExamPrep question bank provides an English-language study adaptation to empower bilingual financial analysts, international real estate consultants, overseas returnees, M&A professionals, and cross-border appraisal specialists. All official valuation terminology, CAS guideline concepts, and standard mathematical formulas are preserved with dual-language Chinese parenthetical annotations.