Discount on Bonds: Videos & Practice Problems

Discounted bonds are issued when the stated interest rate is lower than the market rate, leading to a sale below face value. For example, if a bond has a stated rate of 9% while the market offers 10%, it sells at a discount. The cash received is calculated as the face value multiplied by the discount percentage. Over the bond's life, the discount is amortized into interest expense, increasing the carrying value of the bond until maturity, when the full face value is repaid. This process involves journal entries for cash, interest expense, and the discount on bonds payable.

Issuing Bonds at a Discount

Discounted bonds are issued when the stated interest rate is lower than the prevailing market interest rate. For instance, if a bond has a stated rate of 8% while the market offers 10%, investors will prefer the market bonds, leading the issuer to sell their bonds at a discount. This discount allows the issuer to attract buyers despite offering lower interest payments.

When the stated rate equals the market rate, bonds are sold at par value, meaning they are sold for their face value. Conversely, if the stated rate exceeds the market rate, the bonds are sold at a premium, as they are more attractive to investors.

To illustrate, consider a scenario where ABC Company issues $50,000 in 9% bonds that mature in 5 years, with interest payable semi-annually. If the market interest rate is 10%, the bonds will be sold at a discount. In this case, the bonds are issued at 94% of their face value, meaning the cash received will be:

Cash Received = Face Value × Issue Price Percentage = $50,000 × 0.94 = $47,000.

Although the company receives $47,000 now, it is obligated to repay the full face value of $50,000 at maturity. This difference creates a discount on bonds payable, which is recorded as a contra liability account. The journal entry for this transaction would include a debit to cash for $47,000, a credit to bonds payable for $50,000, and a debit to discount on bonds payable for $3,000 to balance the entry.

Thus, the carrying value of the bond on the balance sheet will reflect the face value minus the discount, showing a total of $47,000. Over the life of the bond, this discount will be amortized, gradually increasing the interest expense recognized in the financial statements.

Understanding the dynamics of discounted bonds is crucial for financial reporting and investment analysis, as it highlights the relationship between stated rates, market rates, and the implications for cash flow and liabilities.

Discount Bonds:Interest Expense, Amortization, and Cash

Understanding interest expense and the amortization of bond discounts is crucial in accounting, particularly when dealing with bonds issued at a discount. In this context, we will explore the straight-line method of amortization, which simplifies the process of recognizing interest expense over the life of a bond.

When a company issues bonds, it may do so at a discount if the market interest rate exceeds the stated interest rate on the bonds. For instance, if ABC Company issues $50,000 of 9% bonds maturing in 5 years at a market rate of 10%, the bonds might be issued at 94, resulting in a $3,000 discount. This discount represents the difference between the face value of the bonds and the cash received upon issuance.

The straight-line method of amortization involves evenly distributing the discount over the total number of interest payment periods. In this case, with semiannual payments over 5 years, there will be 10 total interest payments. Therefore, the discount of $3,000 will be amortized at a rate of $300 per period ($3,000 ÷ 10).

Each interest payment consists of two components: the cash interest paid and the amortization of the discount. The cash interest is calculated based on the stated interest rate. For the bonds issued, the cash interest payment is determined as follows:

Cash Interest Payment = Face Value × Stated Rate ÷ Number of Payments Per Year

In this example, it would be:

Cash Interest Payment = $50,000 × 0.09 ÷ 2 = $2,250

When recording the journal entry for the interest payment, the company will debit interest expense for the total of the cash interest paid plus the amortized discount. Thus, the interest expense for each period will be:

Interest Expense = Cash Interest Payment + Amortization of Discount

Interest Expense = $2,250 + $300 = $2,550

The journal entry for the interest payment will include a debit to interest expense for $2,550, a credit to cash for the cash interest paid of $2,250, and a credit to the discount on bonds payable for $300. This entry reflects the reduction of the discount, which increases the carrying value of the bonds payable on the balance sheet. Over time, as the discount is amortized, the carrying value of the bonds will approach the face value of $50,000 at maturity.

In summary, the amortization of bond discounts affects both the interest expense recognized in the income statement and the carrying value of the bonds on the balance sheet. Understanding this process is essential for accurately reporting financial statements and managing liabilities effectively.

Discount Bonds:Interest Expense, Amortization, and Interest Payable

When preparing financial statements as of December 31, 2018, it is essential to account for interest payable on bonds. For a bond with a face value of $50,000 and an interest rate of 9%, the semi-annual interest payment is calculated by multiplying the face value by the interest rate and dividing by 2. This results in a cash interest of $2,250 for the six-month period.

In addition to cash interest, the bond has a discount of $3,000 that needs to be amortized over ten payment periods (five years with two payments each year). Using the straight-line method, the amortization for each period is $300. This consistent approach simplifies the accounting process, as the same amount is recorded for each interest payment period.

As of December 31, 2018, the interest payable is recorded as a liability since the payment will be made on January 1, 2019. The journal entry reflects this by debiting interest expense and crediting interest payable for $2,250, while also crediting the discount on bonds payable for $300. This entry increases the interest payable liability and reduces the discount balance, which started at $3,000 and is now at $2,400 after two periods of amortization.

The interest expense of $2,550 (which includes both the cash interest and the amortized discount) is recorded on the income statement, reducing equity. This entry maintains the accounting equation's balance, as the increase in liabilities (interest payable and the amortized discount) is offset by the decrease in equity (interest expense).

On January 1, 2019, the actual cash payment will be recorded by debiting interest payable and crediting cash for the same amount of $2,250, eliminating the liability. This process illustrates the importance of accurately tracking interest payments and amortization of discounts to ensure financial statements reflect the true financial position of the entity.

Discount Bonds:Repaying Principal at Maturity

As we approach the maturity date of a bond, it's essential to understand the journal entries that reflect the financial transactions involved. Throughout the life of the bond, we have been making consistent journal entries for interest expense, which also include amortizing the discount on bonds payable. Initially, the discount on bonds payable was recorded as a debit balance of $3,000. Over the course of 10 interest payments, we amortized this discount by crediting the account $300 each time, totaling $3,000 (i.e., $300 x 10).

By the time we reach the maturity date, the entire discount has been amortized, leaving us with no balance in the discount on bonds payable. The only remaining liability is the bonds payable, which stands at $50,000. This amount reflects the principal that we owe at maturity, and it is crucial to note that this is the full face value of the bonds, regardless of the initial amount raised when the bonds were issued.

On the maturity date, we will make a journal entry to eliminate the bonds payable liability. This involves debiting the bonds payable account for $50,000, effectively removing this liability from our balance sheet. Simultaneously, we will credit cash for the same amount, indicating that we have paid off the principal in cash. This transaction results in a decrease in both cash and liabilities by $50,000, maintaining the balance in our accounting records.

In summary, upon maturity, the bonds payable account reflects the full face value of $50,000, which we must pay off in cash, regardless of the initial funds raised. This straightforward journal entry is a critical aspect of bond accounting, ensuring that our financial statements accurately represent our obligations.

In 2014, ABC Company issued $100,000, 10%, bonds while the market interest rate was 12%. The bonds mature in the current year. The amount of principal that ABC Company will repay in the current year is equal to:

• A. $0
• B. An amount greater than $0 but less than $100,000
• C. $100,000
• D. Some amount greater than $100,000

Answer: (C)

Here’s what students ask on this topic:

What is a discount on bonds payable?

A discount on bonds payable occurs when bonds are issued for less than their face value. This happens when the stated interest rate on the bond is lower than the prevailing market interest rate. For example, if a bond has a face value of $50,000 with a stated interest rate of 9%, but the market rate is 10%, the bond will sell at a discount. The discount represents the difference between the bond's face value and its selling price. This discount is amortized over the life of the bond, increasing the bond's carrying value until it reaches its face value at maturity.

How do you calculate the cash received from issuing a discounted bond?

The cash received from issuing a discounted bond is calculated by multiplying the bond's face value by the issuance percentage. For example, if a bond with a face value of $50,000 is issued at 94%, the cash received would be:

$\mathrm{50,000}\times 0.94=\mathrm{47,000}$

This means the issuer receives $47,000 in cash, even though the bond's face value is $50,000. The $3,000 difference is the discount, which will be amortized over the bond's life.

How is the discount on bonds payable amortized?

The discount on bonds payable is amortized over the life of the bond, typically using either the straight-line method or the effective interest method. In the straight-line method, the total discount is divided by the number of interest periods to determine the amount to amortize each period. For example, if a $3,000 discount is amortized over 10 periods, each period will amortize:

$\mathrm{3,000}÷10=300$

This amount is added to the interest expense each period, gradually increasing the bond's carrying value until it reaches its face value at maturity.

What journal entries are made when issuing a discounted bond?

When issuing a discounted bond, the following journal entries are made:

1. Debit Cash for the amount received (e.g., $47,000).

2. Debit Discount on Bonds Payable for the discount amount (e.g., $3,000).

3. Credit Bonds Payable for the face value of the bond (e.g., $50,000).

These entries reflect the cash received, the discount recorded as a contra liability, and the total liability for the bond's face value.

How does the discount on bonds payable affect the balance sheet?

The discount on bonds payable is recorded as a contra liability on the balance sheet, reducing the carrying value of the bonds payable. For example, if bonds payable are $50,000 and the discount is $3,000, the carrying value shown on the balance sheet would be:

$\mathrm{50,000}-\mathrm{3,000}=\mathrm{47,000}$

Over time, as the discount is amortized, the carrying value of the bonds payable increases until it equals the face value at maturity.