Call option and put option understanding types of options

  1. An Introduction to Call Option Fundamentals
    1. Call Option Basics learn the basic Definition with Examples
    2. Call option and put option understanding types of options
    3. What Is Call Option and How to Use It With Example
    4. Options Terminology The Master List of Options Trading Terminology
    5. Options Terms Key Options Trading Definitions
    6. Buy call option A Beginner’s Guide to Call Buying
    7. How to Calculate Profit on Call Option
    8. Selling Call Option What is Writing/Sell Call Options in Share Market?
    9. Call Option Payoff Exploring the Seller’s Perspective
    10. American vs European Options What is the Difference?
    11. Put Option A Guide for Traders
    12. put option example: Analysis of Bank Nifty and the Bearish Outlook
    13. Put option profit formula: P&L Analysis and Break-Even Point
    14. Put Option Selling strategies and Techniques for Profitable Trading
    15. Call and put option Summary Guide
    16. Option premium Understanding Fluctuations and Profit Potential in Options Trading
    17. Option Contract moneyness What It Is and How It Works
    18. option moneyness Understanding itm and otm
    19. option delta in option trading strategies
    20. delta in call and put Option Trading Strategies
    21. Option Greeks Delta vs spot price
    22. Delta Acceleration in option trading strategies
    23. Secrets of Option Greeks Delta in option trading strategies
    24. Delta as a Probability Tool: Assessing Option Profitability
    25. Gamma in option trading What Is Gamma in Investing and How Is It Used
    26. Derivatives: Exploring Delta and Gamma in Options Trading
    27. Option Gamma in options Greek
    28. Managing Risk in Options Trading: Exploring Delta, Gamma, and Position Sizing
    29. Understanding Gamma in Options Trading: Reactivity to Underlying Shifts and Strike Prices
    30. Mastering Option Greeks
    31. Time decay in options: Observing the Effect of Theta
    32. Put Option Selling: Strategies and Techniques for Profitable Trading
    33. How To Calculate Volatility on Excel
    34. Normal distribution in share market
    35. Volatility for practical trading applications
    36. Types of Volatility
    37. Vega in Option Greeks: The 4th Factors to Measure Risk
    38. Options Trading Greek Interactions
    39. Mastering Options Trading with the Greek Calculator
    40. Call and Put Option Guide
    41. Option Trading Strategies with example
    42. Physical Settlement in Option Trading
    43. Mark to Market (MTM) and Profit/Loss Calculation
Marketopedia / An Introduction to Call Option Fundamentals / Call option and put option understanding types of options

The options marketplace offers two primary instruments: Call options and Put options. Market participants may assume either buying or selling positions, with each approach generating distinct profit and loss outcomes. Whilst we shall examine these financial profiles subsequently, our immediate focus centres on comprehending the mechanics of a “Call Option” through a practical illustration before transitioning to stock market applications.

Consider a transaction between two parties, Vikram and Suresh. Vikram contemplates acquiring a one-acre property parcel from Suresh, currently valued at Rs 6,00,000. Vikram has learnt that government authorities may approve a major motorway development near this location within six months.

Should the motorway materialise, property values would appreciate substantially, yielding considerable returns for Vikram. Conversely, if the motorway proposal proves unfounded, Vikram faces ownership of land offering limited appreciation potential.

Vikram remains undecided regarding this property acquisition from Suresh. Whilst Vikram deliberates, Suresh stands prepared to complete the transaction should Vikram proceed. To address the uncertainty, Vikram structures an innovative arrangement serving both parties’ interests. The terms include:

Vikram provides an initial payment of Rs 1,25,000 as a non-returnable contract fee

Suresh commits to transferring the property to Vikram following a six-month period

The transaction price remains fixed at today’s valuation of Rs 6,00,000

Having remitted the initial fee, Vikram alone retains authority to withdraw from the arrangement after six months, whilst Suresh cannot terminate the agreement

Should Vikram elect to withdraw, Suresh retains the initial payment

Which participant demonstrates superior judgement in this arrangement? Does Vikram’s proposal reflect greater acumen, or has Suresh made the shrewder choice?

These questions require thorough examination of the contractual framework. Let’s analyse Vikram’s proposal comprehensively:

Through the Rs 1,25,000 contract fee, Vikram creates a binding commitment from Suresh, who must reserve the property exclusively for Vikram throughout the six-month duration

Vikram establishes the purchase price at the current Rs 6,00,000 valuation, meaning irrespective of future market fluctuations, Vikram may acquire the property at this predetermined figure, having paid the additional Rs 1,25,000 today

Upon completion of six months, should Vikram decline to proceed, he possesses the right to reject the transaction, whilst Suresh, having accepted the contract fee, cannot oppose Vikram’s decision

The contract fee remains fixed and non-returnable under all circumstances

Both participants must await six months to observe actual developments. Regardless of the motorway outcome, three scenarios exist:

Following successful motorway implementation, property values may surge to Rs 12,00,000. Without the motorway development, disappointing market conditions could reduce values to Rs 3,50,000. Alternatively, absent significant developments, values might remain constant at Rs 6,00,000. These represent the exclusive possibilities.

Now, examining Suresh’s perspective and potential actions under each circumstance:

Scenario 1 – Valuation Rises to Rs 12,00,000:

The motorway development proceeds as Vikram anticipated, driving substantial property appreciation. Per the contractual terms, Vikram holds cancellation rights after six months. However, given the increased valuation, Vikram would certainly not withdraw. The transaction parameters favour Vikram considerably:

Current market valuation: Rs 12,00,000

Agreed purchase price: Rs 6,00,000

Vikram can therefore acquire property worth Rs 12,00,000 for merely Rs 6,00,000. Recognising this exceptional opportunity, Vikram would demand Suresh complete the sale. Suresh must honour the lower price, having accepted the non-returnable Rs 1,25,000 contract fee six months earlier.

Calculating Vikram’s gain:

Purchase expenditure: Rs 6,00,000

Contract fee: Rs 1,25,000 (non-returnable amount)

Total outlay: Rs 6,00,000 + Rs 1,25,000 = Rs 7,25,000

Current market valuation: Rs 12,00,000

Vikram’s profit therefore equals Rs 12,00,000 – Rs 7,25,000 = Rs 4,75,000.

Alternatively, Vikram achieves nearly quadruple returns on his Rs 1,25,000 initial commitment. Suresh, despite understanding the elevated market valuation, must complete the transaction at the substantially reduced price. Vikram’s Rs 4,75,000 gain directly corresponds to Suresh’s notional loss.

Scenario 2 – Valuation Decreases to Rs 3,50,000:

The motorway speculation proves baseless, with no substantial development anticipated. This disappointment triggers widespread selling pressure, depressing property values to Rs 3,50,000.

How would Suresh respond? Purchasing the property becomes entirely illogical, prompting withdrawal from the arrangement. Consider the reasoning:

The purchase price was established at Rs 6,00,000 six months previously. Proceeding would require Suresh paying Rs 6,00,000 plus the Rs 1,25,000 contract fee already remitted, totalling Rs 7,25,000 for property worth merely Rs 3,50,000.

This represents an unreasonable transaction for Suresh. Exercising his withdrawal right, he would decline the purchase. Note importantly: Suresh forfeits the Rs 1,25,000 contract fee, which Vikram retains.

Scenario 3 – Valuation Remains at Rs 6,00,000:

After six months, values remain unchanged at Rs 6,00,000. What action would Suresh take? He would withdraw and decline the acquisition. Why? Consider these calculations:

Property cost: Rs 6,00,000

Contract fee: Rs 1,25,000

Combined total: Rs 7,25,000

Open market valuation: Rs 6,00,000

Purchasing property for Rs 7,25,000 when market value stands at Rs 6,00,000 makes no sense. Although Suresh has committed Rs 1,25,000, proceeding adds another Rs 1,25,000 expense. Therefore, Suresh terminates the arrangement, forfeiting the Rs 1,25,000 contract fee (which Vikram retains).

Understanding this transaction thoroughly proves essential because this example demonstrates fundamental call option mechanics. Before progressing to stock market applications, let’s further examine the Vikram-Suresh arrangement.

Frequently Asked Questions:

What motivated Vikram’s decision despite knowing he might lose Rs 1,25,000 if property values stagnate or decline?

Whilst Vikram risks losing Rs 1,25,000, he benefits from knowing his maximum potential loss upfront, eliminating unexpected adverse outcomes. Moreover, rising property values generate proportionate profits. At Rs 12,00,000, he earns Rs 4,75,000 profit on his Rs 1,25,000 commitment, representing 380% returns.

When does Vikram’s position prove advantageous?

This position benefits Vikram exclusively when property valuations increase.

When does Suresh’s position make commercial sense?

Suresh benefits when property valuations decrease or remain unchanged.

Why would Suresh accept such substantial risk? Wouldn’t significant losses result from property appreciation after six months?

Consider this: Three possible outcomes exist, with two favouring Suresh. Statistically, Suresh holds 66.66% probability of favourable outcomes compared to Vikram’s 33.33% chance.

Key Takeaways:

Vikram’s payment to Suresh establishes a contractual framework where Vikram possesses termination rights whilst Suresh bears performance obligations should Vikram demand completion

The arrangement’s ultimate outcome depends entirely on property valuation at the six-month conclusion; the agreement holds no independent value without the underlying property

The property, forming the agreement’s foundation, constitutes the “underlying” asset, whilst the arrangement itself represents a “derivative” instrument

This particular structure is termed an “Options Agreement”

Having received Vikram’s advance payment, Suresh becomes the “agreement seller” or “writer,” whilst Vikram is the “agreement buyer”

In options terminology, Vikram represents the Options Buyer, whilst Suresh is the Options Seller/Writer

The Rs 1,25,000 payment establishes the option agreement price, termed the “Premium”

All agreement variables—property dimensions, price, and transaction date—remain fixed

Fundamentally, options agreements grant buyers rights whilst imposing obligations on sellers

Thoroughly comprehending this example proves crucial for understanding options mechanics

For those exploring equity investment opportunities through a stock broker or seeking guidance from a financial advisor, understanding these foundational concepts proves invaluable when navigating the stock market. Whether evaluating trading calls or utilising a stock screener to identify opportunities, options contracts represent sophisticated instruments within derivative markets.

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