Valuing bonds Cheat Sheet (2024)

Formula key

Po

= Asset's price today (at time 0)

CFn

= Cash flow expected at time t

t

= time

r

= required return. Discount rate that reflects the asset's risk.

n

= Assets life / period it distri­butes cash flows

$C

= Coupon payment amount

$M

= par value maturity amount

Required rate of return

The rate of return that investors expect or require an investment to earn given its risk.

Riskier = higher the return required by investors in the market­place

Purchase of investment means investor loses the opport­unity to invest their money in another asset. Opport­unity cost.

Po = CF1/(1 + r)1 + CF2/(1 + r)2 + ... + CFn/(1 + r)n

Asset valuation basics

In a market economy, ownership of an asset confers rights to stream of benefits generated by asset.

Benefits may be tangible, such as interest payments on bonds, or intang­ible, e.g. viewing a beautiful ring

Asset value = present value of all its future benefits

Finance theory focuses on tangible benefits, usually cash flows an asset pays over time

e.g. landlord. Incoming = Rental payments from tenants. Outgoing = Liabil­ities for mainta­ining premises, paying taxes, etc.

When selling an asset the market price should equal present value of all future net cash flows

Step 1:

Estimate $$ an investment distri­butes over time

Step 2:

Discount expected cash payments using time value of money maths

Therefore pricing an asset requires knowledge of

-

its future benefits

-

the approp­riate discount rate to convert future benefits into a present value

Certainty

If an assets future benefits are uncertain then investors will apply a larger rate when discou­nting those benefits to present value

An inverse relati­onship exists between risk and value

Investors will pay a higher price for investment with more credible promise.

Riskier invest­ments must offer higher returns

Marginal benefit of owning an asset = right to receive cash flows it pays

Marginal cost = opport­unity cost of committing funds to this asset rather than to an equally risky altern­ative

Bond features

Floati­ng-rate bonds

Bonds that make coupon payments that vary through time. The coupon payments are usually tied to a benchmark market interest rate

also called variab­le-rate bonds

provide some protection against interest rate risk

If market interest rates increase, then eventu­ally, so do the bond’s coupon payments

Makes borrowers future cash obliga­tions unpred­ictable

Risk is transf­erred from buyer to issuer

London Interbank Offered Rate (LIBOR)

The interest rate that banks in London charge each other for overnight loans. Widely used as a benchmark interest rate for short-term fl oatingrate debt.

Cash rate

Rate Aus banks charge each other for overnight loans

Spread

The difference between the rate that a lender charges for a loan and the underlying benchmark interest rate

Also called the credit spread

to the benchmark interest rate, according to the risk of the borrower

Lenders charge higher spreads for less credit­worthy borrowers

Capital indexed bonds / inflation linked bonds

Issued by Aus govt, face value changes each year with inflation

Unsecured debt

Debt instru­ments issued by an entity backed only by faith and credit score of borrowing company

Subord­inated unsecured debt

Debt instru­ments issued by an entity which is backed only by the credit of the borrowing entity which is paid only after senior debt is paid

Collateral

The specifi c assets pledged to secure a loan.

Mortgage bonds

A bond secured by real estate or buildings

Collateral trust bonds

A bond secured by financial assets held by a trustee

Debentures

Usually backed by property

Equipment trust certif­icates

A bond often secured by various types of transp­ort­ation equipment

Pure discount bonds

Bonds that pay no interest and sell below par value. Also called zero-c­oupon bonds.

Conver­tible bond

A bond that gives investors the option to convert their bonds into the issuer’s common stock.

Exchan­geable bonds

Bonds issued by corpor­ations which may be converted into shares of a company other than the company that issued the bonds.

Callable

Bonds that the issuer can repurchase from investors at a predet­ermined price known as the call price

Call price

The price at which a bond issuer may call or repurchase an outsta­nding bond from investors

Putable bonds

Bonds that investors can sell back to the issuer at a predet­ermined price under certain conditions

Sinking fund

A provision in a bond indenture that requires the borrower to make regular payments to a third-­party trustee for use in repurc­hasing outsta­nding bonds, gradually over time

Protective covenants

Specify requir­ements that the borrower must meet as long as bonds remain outsta­nding

Bond Vocabulary

Fundam­ent­ally, a bond is just a loan

Bonds make intere­st-only payments until they mature

Principal

The amount of money on which interest is paid

Maturity date

The date when a bond’s life ends and the borrower must make the fi nal interest payment and repay the principal.

Par value (bonds)

The face value of a bond, which the borrower repays at maturity

Typically $1,000 for corporate bonds

Coupon

A fixed amount of interest that a bond promises to pay investors

Usually semian­nually

Indenture

A legal document stating the conditions under which a bond has been issued

Specifies dollar amount of coupon

Specifies when the borrower must make coupon payments

Coupon rate

The rate derived by dividing the bond’s annual coupon payment by its par value.

Coupon yield

The amount obtained by dividing the bond’s coupon by its current market price (which does not always equal its par value). Also called current yield

Might have additional features:

-

Call feature allows the issuer to redeem the bond at a predet­ermined price prior to maturity

-

Conversion feature grants bondho­lders right to redeem bonds for a predet­ermined number of shares of stock in borrowing firm

Premium

A bond that sells for more than its par value

Selling at a better than market return

As more investors buy the price goes up

Yield to maturity

The discount rate that equates the present value of the bond’s cash flows to its market price

Discount

A bond sells at a discount when its market price is less than its par value

Might be offset with a built-in gain at maturity

Changes in Issuer Risk

When macroe­conomic factors change

-

Yields may change simult­ane­ously on a wide range of bonds

-

Return on a particular bond can also change as market reassesses borrower's default risk (risk issuer could default on payments)

-

Changes may be positive or negative

Issuer types

Treasury bonds

Debt instru­ments issued by the federal government with maturities of up to 30 years

Corporate bonds

Issued by corpor­ations

-

Finance new invest­ments

-

Fulfil other needs

-

Range from 1 - 100 years

-

Under 10 years usually called a note means the same

-

Most corporate bonds have a par value of $1,000 and pay interest semian­nually

Australian government bonds

Issued by Australian government

Bond Markets

Larger than the stock market

Bond Price Quotations

bond prices are quoted as a percentage of par values

Yield spread

The diff erence in yield to maturity between two bonds or two classes of bonds with similar maturities

Basis point

1/100 of 1 percent; 100 basis points equal 1.000 percent

Bond ratings

Letter ratings assigned to bonds by specia­lized agencies that evaluate the capacity of bond issuers to repay their debts. Lower ratings signify higher default risk.

Junk bonds

Bonds rated below investment grade. Also known as high-yield bonds

Basic bond valuing equation

Bond makes a fixed coupon payment each year

Po = C / (1 + r)1 + C / (1 + r)2 + ... + C / (1 + r)n + M / (1 + r)n

Semiannual Compou­nding

Most bonds make 2 payments a year

Po = (C / 2) / (1 + r)1 + (C / 2) / (1 + r)2 + ... + (C / 2) / (1 + r)2n + M / (1 + r)2n

Factors affecting bond prices

A bonds market price changes frequently as time passes

Term to maturity

Whether a bond sells at a discount or a premium, its price will converge to par value (+ final interest payment) as maturity date draws near.

Economic Forces

Most important factor is prevailing market interest rate

Required return

When required return on a bond changes, bonds price changes in opposite direction

Higher bonds required return = lower its price, and vice versa

General lessons

Bond prices and interest rates move in opposite directions

Prices of long-term bonds display greater sensit­ivity to changes in interest rates than do prices of short-term bonds

Interest Rate Risk

Risk that changes in market interest rates will move bond price

Interest rates fluctuate widely, so investors must be aware of interest rate risk

Inherent in these instru­ments

Inflation is a main factor

Important because

-

When investors buy financial assets, they expect these invest­ments to provide a return that exceeds inflation rate.

-

Investors want to achieve a better standard of living by saving and investing their money

-

If asset returns do not exceed inflation investors are not better off for having invested

Real return

Bond yields must offer investors a positive real return

Approx­imately equals difference between stated or nominal return and inflation rate

Bond Markets

Many types of bonds in modern financial markets

Many bonds provide a steady, predic­table stream of income

Others have exotic features that make returns volatile and unpred­ictable

Bond trading occurs in either primary or secondary market

Primary market trading

Initial sale of bonds by firms or government entities

Might be through auction process

With help of investment bankers who assist bond issuers with design, marketing, and distri­bution of new bond issues

Once issued in primary market, investors trade them with each other in secondary market

Often purchased by instit­utional investors who hold bonds for a long time

Secondary market

Because instit­utions hold bond for a long time, trading in bonds can be somewhat limited

But bond market is large which means investors have a wide range of choices

Valuing bonds Cheat Sheet (2024)

FAQs

How do you solve bond valuation? ›

The bond valuation formula can be represented as: Price = ( Coupon × 1 − ( 1 + r ) − n r ) + Par Value ( 1 + r ) n . The bond value formula can be broken into two parts for better understanding. The first part is the present value of the coupons, and the second part is the discounted value of the par value.

What are the three 3 variables to consider when calculating the valuation of a bond? ›

The three main components of the Bond Valuation Formula are Coupon Payments (C), Face Value (F), and Time to Maturity (n).

What is the formula for calculating bonds? ›

Bond Pricing Formula

It is based on the present value of the bond's future cash flows, which consist of the coupon payments and the face value of the bond. The formula is as follows:Bond Price = (C / (1 + r)^1) + (C / (1 + r)^2) + … + (C / (1 + r)^n) + (F / (1 + r)^n)Where: C = coupon payment.

What is a bond with a face value of $1000 that sells for more than $1000 in the market called? ›

For example, a bond with a par value of $1,000 is selling at a premium when it can be bought for more than $1,000. Alternatively, a bond selling for less than $1,000 is discounted. A bond could also be discounted because its coupon rate is lower than the current market interest rates.

What techniques are used for the valuation of bonds? ›

There are different methods and techniques used in the bond valuation process. We can value a bond using: a market discount rate, spot rates and forward rates, binomial interest rate trees, or matrix pricing. The 'market discount rate' method is the simplest one. It assumes using only one discount rate.

How much is a $1000 savings bond worth after 30 years? ›

How to get the most value from your savings bonds
Face ValuePurchase Amount30-Year Value (Purchased May 1990)
$50 Bond$100$207.36
$100 Bond$200$414.72
$500 Bond$400$1,036.80
$1,000 Bond$800$2,073.60

How to evaluate bonds? ›

An investor can use cumulative interest to calculate a bond's performance by summing the interest paid over a set period. However, there are other more comprehensive methods, such as effective annual yield. Bonds' interest rates, also known as the coupon rate, can be fixed, floating, or only payable at maturity.

What is method 3 of valuation? ›

Method 3 is based on the transaction value of similar goods exported to the UK at or about the same time (within 90 days) as the goods to be valued. The price is adjusted in line with the rules explained in this guidance.

What is the formula for calculating bonds in Excel? ›

To calculate the current yield of a bond in Microsoft Excel, enter the bond value, the coupon rate, and the bond price into adjacent cells (e.g., A1 through A3). In cell A4, enter the formula "= A1 * A2 / A3" to render the current yield of the bond.

How is your bond calculated? ›

To calculate the value of a bond, add the present value of the interest payments plus the present value of the principal you receive at maturity. To calculate the present value of your interest payments, you calculate the value of a series of equal payments each over time.

What is the correct formula for calculating bond order? ›

Bond Order = (Number of bonding electrons - number of antibonding electrons) /2. The answer gives the bond order.

Why are my bonds worth more than face value? ›

The price for a bond or a note may be the face value (also called par value) or may be more or less than the face value. The price depends on the yield to maturity and the interest rate. The "yield to maturity" is the annual rate of return on the security. In both examples, the yield is higher than the interest rate.

What is the dirty price of a bond defined as? ›

A dirty price is a bond pricing quote, which refers to the cost of a bond that includes accrued interest based on the coupon rate. Bond price quotes between coupon payment dates reflect the accrued interest up to the day of the quote. In short, a dirty bond price includes accrued interest while a clean price does not.

What is the selling price of a bond with a face value of $200 000 and a quoted price of 102 1 4? ›

Answer and Explanation:

A bond with a face value of $200,000 and a quoted price of 102 1/4 has a selling price of 102.25% of the face value: $200,000 x 1.0225 = $204,500.

How is a bond's value determined? ›

Bond valuation, in effect, is calculating the present value of a bond's expected future coupon payments. The theoretical fair value of a bond is calculated by discounting the future value of its coupon payments by an appropriate discount rate.

What is the formula for bond valuation duration? ›

The duration formula is a measure of a bond's sensitivity to changes in the interest rate, and it is calculated by dividing the sum product of discounted future cash inflow of the bond and a corresponding number of years by a sum of the discounted future cash inflow.

How to calculate the present value of a bond? ›

The present value of a bond is calculated by discounting the bond's future cash payments by the current market interest rate. In other words, the present value of a bond is the total of: The present value of the semiannual interest payments, PLUS. The present value of the principal payment on the date the bond matures.

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