Long Questions Project Appraisal

LQ1 – Define project life cycle. Explain different stages of project lifecycle in detail.

Project

Project is an interrelated set of activities undertaken to achieve a specific objective. It is unique and temporary in nature with a defined beginning and end. Examples, bridge construction project, developing a new product, building a factory etc.

Project Life Cycle

Project Cycle or Project Life Cycle refers to the series of stages that a project passes through from start to its completion and final evaluation. It helps in managing the project effectively. This involves 5 stages, initiation, planning, execution, evaluation and completion.

Stages of Project Life Cycle

1. Project Initiation

Project initiation is the first stage of the project life cycle. In this phase, the basic idea of the project is developed and clearly defined. The objectives, scope, and stakeholders of the project are identified. A business case is prepared to evaluate the expected costs and benefits, while a statement of work outlines the project’s goals and deliverables

Example: For a bridge construction project, the initiation phase would involve conducting a feasibility study, defining the purpose of the bridge (such as reducing traffic congestion), and identifying key stakeholders (such as government, contractors, and the local community).

2. Project Planning

This phase involves detailed planning for all aspects of the project, including:

• Scope: Defining the project’s objectives and deliverables.
• Estimating cost: Determining the financial resources needed.
• Scheduling: Developing a timeline for each task and overall project completion.
• Allocation of tasks and resources: Breaking down the project into specific tasks and assigning resources (e.g., labor, materials).
• Risk management: Identifying and mitigating risk.

Example: For the bridge construction project, this phase includes creating blueprints for the bridge design, selecting construction materials, estimating the budget, setting timelines for completion,

3. Project Execution

In this phase, the work is actually carried out according to the project plan. The project team performs tasks and activities to achieve the project’s deliverables. Constant and close monitoring of the work is done to ensure efficiency of the project execution.

Example: For the bridge construction, the execution phase involves actual construction activities such as building the bridge foundation, pillars and roadbed.

4. Project Monitoring and Evaluation

This phase runs simultaneously with the execution phase and involves tracking the project’s progress. Monitoring and controlling ensure that the project stays within its scope, budget, and timeline.

Example: During the bridge construction, monitoring and controlling would include regular inspections, progress reporting, tracking construction costs, and ensuring the safety regulations.

5. Project Closure

The closing phase marks the completion of the project. It involves finalizing all project activities, delivering the project to the client, closing contracts, and performing a final review to assess if all objectives were met.

Example: For the bridge construction project, the closing phase would include completing all construction tasks, handing over the completed bridge to the relevant authorities, finalizing payments with contractors.

LQ2 – Define project appraisal. Explain different aspects of project appraisal.

Project Appraisal

Project appraisal is the systematic evaluation of a proposed project to determine its feasibility, viability, and profitability. It involves estimating the costs and benefits of a project in monetary terms and assessing whether the project should be undertaken.

Aspects of Project Appraisal

Technical Appraisal

Technical appraisal examines the engineering and technical feasibility of a project. It evaluates the suitability of the project’s design, technology requirements, availability of raw materials, and skilled labor. It also considers the availability of land, site conditions, and potential technical risks.

Example: For bridge construction project it involves analyzing location, river width and depth, construction materials, and structural strength of the design.

Financial Appraisal

Financial appraisal assesses the financial viability and profitability of the project. It estimates the total cost and expected future cash flows. Financial tools such as NPV, IRR, Payback Period, and PI are used to determine whether the project will generate sufficient returns. A project is considered financially feasible if its expected benefits exceed its costs.:

Economic Appraisal

Economic appraisal evaluates the broader impact of the project on the overall economy and society. It examines the project’s contribution to economic growth, employment generation, income distribution and government revenue etc. CBA is widely used in this context.

Example: For a bridge project may reduce transportation costs, save travel time, promote trade, and stimulate regional development.

Environmental Appraisal

Environmental appraisal assesses the potential impact of the project on the environment and ecosystem to ensure sustainability goals. Environmental Impact Assessment (EIA) is commonly conducted to identify possible negative effects.

Example: Studying the impact of the bridge on the surrounding ecosystem, such as rivers, forests, and wildlife.

Market Appraisal

Market appraisal analyzes the demand for the services provided by the project. Market appraisal considers the following things:

• What would be the aggregate demand for the product or service?
• What would be the market share of the proposed project?
• Past and current demand and supply trends
• Imports and exports
• Nature of competition
• Cost structure
• Elasticity and demand of consumer behavior, attitudes, preferences and requirements.
• Distribution channels marketing policies.

Managerial Appraisal

Managerial appraisal asses the management and organizational aspect of the project. It evaluates the ability of management team to effectively plan, execute and complete a project within given resources and timeline.

Example: Assessing the expertise of the engineers, architects, project managers, and contractors involved.

Risk Appraisal

Risk appraisal identifies and evaluates the potential risks associated with the project and proposes strategies to mitigate them. It involves analyzing both internal and external risks,

Example: Assessing the likelihood of natural disasters (e.g., floods), project delays due to technical challenges.

LQ3 – What are non-bank financial institutions? Write down their role.

A Non-Bank Financial Institution (NBFI) is a financial institution that does not have a full banking licence and therefore cannot accept demand deposits from the public (like commercial banks do). They provide specialized financial services such as loans, leasing, insurance, investment, housing finance, and risk management.

Some non-bank financial institutions are:

• Development finance institutions (DFIs).
• Insurance companies.
• Leasing companies.
• Investment banks.
• Modaraba companies.
• House finance companies.
• Discount & guarantee houses.
• Venture capital companies.
• Stock Exchanges.

 Role of NBFIs

1. Obtaining Loans and Credit Facilities

NBFIs provide loans and credit facilities to individuals and businesses that might not qualify for traditional bank loans.

2. Growing small businesses.

These institutions often have more flexible lending criteria and can offer personalized loan products. This service is essential for small businesses and startups that need capital but lack the credit history required by banks.

3. Buying Bonds, Stocks, or Shares

They provide broker services and investment firms. NBFIs facilitate the purchase and sale of bonds, stocks, and shares, enabling investors to diversify their portfolios.

4. Advisory Services.

They also offer advisory services to help investors make informed decisions to maximize return and reduce risk.

5. Leasing Property

NBFIs provide leasing services, allowing individuals and businesses to use assets without purchasing them outright. This can include equipment leasing, vehicle leasing, and real estate leasing.

6. Financing Assets

Asset financing is another critical service provided by NBFIs. They offer financing for purchasing equipment, machinery, and other assets essential for business operations.

7. Providing Insurance

NBFIs also operate as insurance companies, offering various types of insurance products, including life insurance, health insurance, property insurance, and casualty insurance.

8. Exchanging Currencies

Currency exchange services provided by NBFIs are vital for international trade and travel. These institutions offer competitive exchange rates and facilitate the conversion of one currency to another.

9. Operating Hedge Funds

NBFIs manage hedge funds, which are pooled investment funds that employ various strategies to earn active returns for their investors. Hedge funds can invest in a variety of assets, including stocks, bonds, currencies, and derivatives.

LQ4 – What are financial intermediaries, and write their role/functions.

Financial intermediaries are financial institutions that bring suppliers and demanders of the capital together. They act as middleman in financial transactions and mobilize savings from individuals or organizations and channel them into productive investment. They include banks, investment companies, insurance companies, saving institutions, and credit unions.

 Functions of financial intermediaries.

1. Mobilization of savings: The primary function of financial intermediaries is to channel saving into investment which facilitates efficient allocation of capital in the economy.
2. Storage and safekeeping: They offer safe storage facilities for cash, gold, and other valuable assets.
3. Provision of credit: These intermediaries accept deposits from individuals who have surplus cash and provide short-term and long-term loans to businesses and individuals, that enable economic growth.
4. Investment assistance: Intermediaries help clients grow their money by offering investment products that maximize returns and reduce risk.
5. Risk management and diversification: By pooling funds from various investors, they spread and manage risk across a diverse portfolio of assets.
6. Payment and settlement services: They facilitate smooth financial transactions, payments, money transfer and settlements, improving overall economic efficiency.
7. Liquidity provision: They provide liquidity to depositors, allowing them to withdraw funds on demand while still lending to borrowers.

LQ5 – What is capital budgeting? Discuss various discounted and non-discounted measures of project worth like NPV, IRR, PBP, ARR, and PI.

Capital Budgeting

Capital budgeting is the process of evaluating and selecting long-term investment projects by comparing their costs and benefits that involve significant capital expenditures such as purchasing new machinery, expanding production facilities, or launching new products.

Capital Budgeting Techniques

Capital budgeting techniques are the methods used to determine the long-term profitability of investment projects. These methods are divided into two broad categories.

• Discounted cash flow
• Undiscounted cash flow

Discounted Cash Flow (DCF)

Discounted Cash Flow (DCF) methods consider the time value of money (TVM). These methods include

1. Net Present Value (NPV)
2. Internal Rate of Return (IRR)
3. Profitability Index (PI)

Net Present Value (NPV)

NPV is the difference between present value of all future cash inflows and initial cash outflow (C_0). NPV uses discount rate (r) to convert future value in the present value.

• If NPV > 0, accept the project.
• If NPV < 0, reject the project.
• If NPV = 0, the project is neither profitable nor loss-making.

Internal Rate of Return (IRR)

IRR is the discount rate that makes the NPV of a project equal to zero. It represents the project’s expected rate of return. The project with higher IRR is desirable.

• If IRR > discount rate, accept the project
• If IRR < discount rate, reject the project.
• If IRR = discount rate, may or may not accept the project.

Relationship between IRR, Discount rate and NPV

• If IRR > Discount rate; The NPV is always Positive.
• If IRR < Discount rate; The NPV is always Negative.
• If IRR = Discount rate; The NPV is Zero.

Profitability Index (PI)

Profitability Index is the ratio of present value of all future cash inflows to Initial cash outflows. It tells for every dollar spent; how much are we getting back. Higher the profitability Index of the project, the better.

• Accept the project when PI > 1
• Reject the project when PI < 1
• May or may not accept the project when PI = 1

Merits and Demerits of DCF Methods

Merits

• Considers Time Value of Money
• Useful for Comparing and ranking of Projects
• Considers All Cash Flows
• Discount rates can be adjusted to reflect risk.

Demerits

• Involves Complex Calculations such as calculating IRR
• Small changes in Discount Rate can alter the results

Non-Discounted Cash Flow (NDCF)

In Non-Discounted Cash Flow (NDCF) the interest in not taken into account and time value of money is not considered. Some of undiscounted methods are:

1. Payback Period (PP)
2. Accounting Rate of Return (ARR)

Payback Period (PBP)

Payback period is the number of years required to recover the initial cash outflow invested in the project. Projects with lower payback period are preferred.

Formula for Payback period

Case 1: When Annual Cash Inflows are Equal

Case 2: When Annual Cash Inflows are Unequal

Accounting Rate of Return (ARR)

Accounting rate of return is the ratio of average annual accounting profit to initial investment.

• If ARR > required return, accept the project.
• If ARR < required return, reject the project.

Merits and Demerits of NDCF Methods

Merits

• Simple and easy to calculate
• Quick decision-making
• Suitable for short term investments

Demerits

• Ignores time value of money
• Does not consider all cash flows
• Not Suitable for Long-Term Projects

LQ6 –Differentiate between tangible and intangible benefits and costs. Also explain the tangible and the intangible benefits and costs of an agriculture project.

Benefits of an Agriculture Project

Tangible Benefits

Tangible benefits are benefits that can be measured and quantified in monetary or physical terms. Examples include increased sales, increased revenue, bonuses, cost reduction, or productivity improvements.

Tangible Benefits of an Agriculture Project include:

• Increased Crop Yield: Higher production volume leading to increased income for farmers.
• Cost Reduction: Savings on inputs like fertilizers, seeds, or water through improved techniques.
• Improved Infrastructure: Construction of irrigation systems, storage facilities, or roads.
• Employment Generation: Creation of jobs for laborers and technicians.
• Access to Markets: Better transportation and market linkages increasing sales.

Intangible Benefits

Intangible Benefits are non-physical and difficult to measure in financial terms. They often relate to emotional, psychological, or social gains, such as improved customer satisfaction, brand reputation, employee morale, or knowledge enhancement.

Intangible Benefits of an Agriculture Project include:

• Improved Food Security: Enhanced availability and stability of food supply.
• Knowledge Transfer: Farmers gain new skills and expertise through training.
• Environmental Sustainability: Adoption of eco-friendly practices improving soil health and biodiversity.
• Enhanced Quality of Life: Better nutrition, health, and well-being of farming families due to increased income and food availability.

Costs of an Agriculture Project

Tangible Costs

Tangible costs are those that can be directly measured and quantified in monetary terms. These costs are usually accounted in budgets and financial reports.

Tangible Costs in Agriculture Projects include:

• Equipment Purchase: Buying tractors, harvesters, irrigation pumps, and other machinery.
• Infrastructure Development: Building greenhouses, storage facilities, irrigation systems, roads, and fencing.
• Input Costs: Expenses for seeds, fertilizers, pesticides, and animal feed.
• Labor Costs: Wages paid to workers for planting, harvesting, maintenance, and other activities.
• Operational Costs: Electricity, fuel, water, and maintenance of machinery and equipment.
• Training and Certification Fees: Costs for farmer training programs.

Intangible Costs

Intangible costs are non-physical and more difficult to quantify financially. They often relate to social, environmental, and health impacts that may affect communities and ecosystems. These costs may not appear in financial accounts but can have significant long-term consequences.

Intangible Costs in Agriculture Projects include:

• Environmental Degradation: Soil erosion, water pollution, loss of biodiversity, and depletion of natural resources due to intensive farming practices.
• Health Risks: Exposure of farmers and local communities to harmful chemicals, pesticides, and unsafe working conditions.
• Social Inequality: Advanced farming techniques increases social disparity because their advantages are often enjoyed by rich farmers and landlords.

LQ7 –What is sensitivity analysis? Why sensitivity analysis is applied and how it is performed.

Sensitivity Analysis

Sensitivity analysis is a financial modeling technique used to determine how key input variables affect the outcome of a model or decision under certain assumptions. It helps in identifying which factors have the most significant impact on an outcome. It is is also called “what if analysis”.

Why Sensitivity Analysis is Applied (Use of Sensitivity Analysis)?

Used in Cost Benefit Analysis

Cost-Benefit Analysis (CBA) is widely used to evaluate investment projects, policies, and business decisions. Sensitivity analysis helps determine how changes in discount rates, expected revenues, or costs impact the net present value (NPV) of a project.

Use in Risk Management

Risk management involves identifying, assessing, and mitigating potential risks in business operations, finance, and investments. Sensitivity analysis helps identify the most significant risk factors and their impact on outcomes.

Use in Regression Analysis and Econometrics

In econometrics, sensitivity analysis is used to test the robustness of regression models. By slightly altering independent variables or assumptions, researchers can check whether their model’s results remain stable or vary significantly.

Use in Break Even Analysis

Break-even analysis helps businesses determine the minimum sales volume required to cover costs. Sensitivity analysis is applied to test how different cost structures, selling prices, and demand levels influence the break-even point.

How is Sensitivity Analysis Done?

To conduct a sensitivity analysis, follow these steps:

• Identify the key input variables that have the greatest impact on the output.
• Determine the likely range of values for those input variables.
• Systematically change the values of the input variables within their ranges and observe the resulting changes in the output.
• Analyze the sensitivity of the output to changes in each input variable.

An Example

A person wants to open a coffee shop and needs to estimate potential profit. The key variables affecting profit include Rent per month, Price of coffee per cup, Number of customers per day, Cost of coffee beans.

Procedure: Identify key input variables that affect profit

Assume that the coffee shop sells 200 cups per day at USD 5 per cup. The cost per cup (beans, milk, sugar, etc.) is USD 2, and rent is USD 3,000 per month.

Profit=Revenue-Cost

π=(200×5×30)-{(200×2×30)+3000}

π=30,000-15,000-3,000=12,000

Perform sensitivity analysis:

• What if coffee price drops to 2.5 per cup? Profit decreases.
• What if rent increases to $3,500? Profit decreases.

Benefits and Drawbacks

Benefits:

• Helps assess how key variables impact outcomes.
• Identifies risks and prepares for uncertainties.
• Tests model robustness under different assumptions.
• Helps organizations plan for multiple future scenario.
• Focuses resources on the most influential factors.
• Used in finance, economics, project management, engineering and more.

Drawbacks:

• Requires significant time, effort and computation.
• Often assesses one factor at a time.
• Does not predict the likelihood of different scenarios occurring.
• accuracy of sensitivity analysis depends on the correctness of initial assumptions.
• Heavily relies on data.

LQ-8 What are securities? Explain different types of securities.

Securities

Securities are financial instruments that are used by companies and government to raise capital/funds from investors. They are typically bought and sold in the financial markets (primary or secondary). Broadly, there are four types of securities.

• Equity Security
• Debt Security
• Derivative Security
• Hybrid Security

Equity Securities

Equity securities represent ownership in a corporation. These securities usually generate dividend. Dividend is a part of company`s profit which are distributed by companies to its shareholders. Not all the profit is distributed as dividend some of it is retained.

There are two types of equity securities.

Common stock: It is an equity security which represents ownership in a corporation. Its dividend is not fixed and not known in advance thus it is a risky security. Benefits of equity security include voting rights, dividend, sale of security anytime and capital gain.

Preferred stock: It is an equity security whose dividend is fixed and known in advance. Its dividends payment is made before the dividend of common stock. Its shareholders do not have voting rights. It is less risky than common stock.

Debt Securities

Debt securities are debt instruments such as loans. These securities provide fixed return in form of interest payments plus the total amount of security on maturity. Therefore, it is also called fixed-income security.

Holders of debt securities do not have voting rights. Priority is given in case bankruptcy. Examples of debt securities include govt. bonds, municipal bonds, corporate bonds, certificate of deposits, treasury bills.

Derivative Securities

Derivative securities are financial instruments whose value depends on (derived from) the value of something else — called the underlying asset. The underlying asset can be:

• A stock (like shares of a company)
• A commodity (like gold or oil)
• A currency (like dollars or euros)
• An index (like KSE-100 or S&P 500)

Hybrid Security

Hybrid security is a type of security that combines characteristics of both debt and equity securities. Examples of hybrid security are preferred stocks and convertible bonds.