Valuation Tutorials

- Valuation Basics
- Enterprise Value
- Enterprise Value Formula
- Equity Value
- Equity Value Formula
- Market Capitalization
- Market Capitalization Formula
- Internal Growth Rate Formula
- Intrinsic Value Formula
- Absolute Valuation Formula
- Assessed Value vs Market Value
- Required Rate of Return Formula
- Historical Cost vs Fair Value
- Large Cap vs Small Cap
- Free Float Market Capitalization
- Market Cap vs Enterprise Value
- Book Value Vs Market Value
- Value vs Growth Stocks
- Book Value Per share
- Fair value vs Market value

- Discounted Cash Flows
- Going Concern concept
- Dividend Discount Model (DDM)
- Gordon Growth Model
- Gordon Growth Model Formula
- Discounted Cash Flow Analysis (DCF)
- DCF Formula (Discounted Cash Flow)
- Free Cash Flow Formula (FCF)
- Free Cash Flow to Firm (FCFF)
- Free Cash Flow to Equity (FCFE)
- Terminal Value
- Terminal Value Formula
- Cost of Equity
- Cost of Equity Formula
- Risk-Free Rate
- Sustainable Growth Rate Formula
- Beta in Finance
- Beta Formula
- CAPM Beta
- Stock Beta
- Calculate Beta Coefficient
- Unlevered Beta
- Market Risk Premium
- Market Risk Premium Formula
- Equity Risk Premium
- Risk Premium formula
- Weighted Average Cost of Capital (WACC)
- Cost of Capital Formula
- WACC Formula
- Security Market Line (SML)
- Systematic Risk vs Unsystematic risk
- Free Cash Flow (FCF)
- Free Cash Flow Yield (FCFY)
- Mistakes in DCF
- Treasury Stock Method
- CAPM Formula
- Cash Flow vs Free Cash Flow
- Business Risk vs Financial risk
- Business Risk
- Financial Risk

- Valuation Multiples
- Equity Value vs Enterprise Value
- Trading Multiples
- Comparable Company Analysis
- Transaction Multiples
- (Price Earning Ratio (P/E)
- PE Ratio formula
- PEG Ratio Formula
- Price to Cash Flow (P/CF)
- Price to Book Value Ratio (P/B)
- Price To Book Value formula
- Price Earning Growth Ratio (PEG)
- Trailing PE vs Forward PE
- Forward PE
- EV to EBITDA Multiple
- EV to EBIT Ratio
- EV to Sales Ratio
- EV to Assets

- Other Valuation Tools
- Valuation Interview Prep

Related Courses

**Table of Contents**

## What is an Intrinsic Value Formula?

The formula for Intrinsic value basically represents the net present value of all the future free cash flows to equity (FCFE) of a company during the entire course of its existence. It is the reflection of the actual worth of the business underlying the stock i.e. the amount of money that can be received if the whole business and all of its assets are sold off today.

### Intrinsic value Formula

Intrinsic value formula for business and stock is represented as follows –

#### #1 – Intrinsic Value Formula of a Business

Mathematically, the intrinsic value formula of a business can be represented as,

- where FCFE
_{i}= Free cash flow to equity in the i^{th}year - FCFE
_{i }= Net income_{i}+ Depreciation & Amortisation_{i}– Increase in Working Capital_{i}– Increase in Capital Expenditure_{i}– Debt Repayment on existing debt_{i }+ Fresh Debt raised_{i} - r = Discount rate
- n = Last projected year

#### #2 – Intrinsic Value Formula of a Stock

The calculation of intrinsic value formula of stock is done by dividing the value of the business by the number of outstanding shares of the company in the market. The value of stock derived in this way is then compared with the market price of the stock to check if the stock is trading above / at par / below its intrinsic value.

**Intrinsic Value Formula _{Stock } = Intrinsic Value _{Business} / No. of outstanding shares**

### Explanation of the Intrinsic Value Formula

The calculation of formula of the intrinsic value of a stock can be done by using the following steps:

**Step 1:** Firstly, determine the future FCFE for all the projected years based on the available financial plan. The projected FCFEs can be computed by taking the latest FCFE and multiply it with the expected growth rate.

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**Step 2:** Now, the discount rate is determined based on the current market return from an investment with similar risk profile. The discount rate is denoted by r.

**Step 3: **Now, calculate the PV of all the FCF by discounting them using the discount rate.

**Step 4:** Now, add up the PV of all the FCF calculated in step 3.

**Step 5:** Next, the terminal value is computed by multiplying the FCFE of the last projected year by a factor in the range of 10 to 20 (can use reciprocal of the required rate of return). The terminal value represents the value of the business beyond the projected period until the business is shut down.

**Terminal value = FCFE _{n }**

*** Factor**

**Step 6: **Now, to arrive at the value for the entire business, add up the value of step 4 and the discounted value of step 5 along with any cash & cash equivalents (if available).

**Step 7: **Finally, the intrinsic value per share can be derived by dividing the value in step 6 by the number of shares outstanding of the company.

### Example of Intrinsic Value Formula (with Excel Template)

**Let us take an example of a company XYZ Limited which is currently trading in the stock market at $40 per share with 60 million shares outstanding. An analyst intends to predict the intrinsic value of the stock based on the available market information. The prevailing required rate of return expected by the investors in the market is 5%. On the other hand, the free cash flow of the company is expected to grow at 8%.**

The following financial estimates are available for CY19 based on which the projections have to be made:

So, from the above-given data, we will first calculate the FCFE for CY19.

FCFE _{CY19} (in millions) = Net income + Depreciation & Amortisation – Increase in Working Capital – Increase in Capital Expenditure – Debt Repayment on existing debt + Fresh Debt raised

- FCFE
_{CY19}(in millions) = $200.00 + $15.00 – $20.00 – $150.00 – $50.00 + $100.00 - = $95.00

Now, using this FCFE of CY19 and FCFE growth rate we will calculate the Projected FCFE for CY20 TO CY23.

** Projected FCFE of CY20**

- Projected FCFE
_{CY20}= $95.00 Mn * (1 + 8%) = $102.60 Mn

** Projected FCFE of CY21**

- Projected FCFE
_{CY21}= $95.00 Mn * (1 + 8%)^{2}= $110.81 Mn

** Projected FCFE of CY22**

- Projected FCFE
_{CY22}= $95.00 Mn * (1 + 8%)^{3}= $119.67 Mn

** Projected FCFE of CY23**

- Projected FCFE
_{CY23}= $95.00 Mn * (1 + 8%)^{4}= $129.25 Mn

Now we will calculate the Terminal value.

- Terminal value = FCFE
_{CY23 }* (1 / Required rate of return) - = $129.25 Mn * (1 / 5%)
- = $2,584.93 Mn

Therefore, the calculation of Intrinsic value for the company will be as follows –

**Calculation of Intrinsic Value for the Company**

- Value of the company = $2,504.34 Mn

After this, we will do the calculation of Intrinsic value per share which is as follows –

**Calculation of Intrinsic value per share**

- Intrinsic value formula = Value of the company / No. of outstanding shares
- = $2,504.34 Mn / 60 Mn
- = $41.74

Therefore, the stock is trading below its fair value and as such, it is advisable to purchase the stock at present as it is likely to increase in the future to attain the fair value.

### Relevance and Use of Intrinsic Value Formula

The value investors build wealth by purchasing fundamentally strong stocks at a price way below their fair value. The idea behind the formula of intrinsic value is that in the short term the market usually delivers irrational prices, but in the long run, the market correction will happen such that the stock price on an average will return to the fair value.

### Recommended Articles

This has been a guide to what is Intrinsic Value Formula. Here we discuss how to calculate Intrinsic Value of Business and Stock using practical example along with downloadable excel templates. You may learn more about Valuations from the following articles –

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