## What Is PRICE Function In Excel?

The

PRICE function in Excelhelps users determine the cost per $100 face value of a bond or security, paying periodic interest. Users can apply the function when planning to borrow funds by trading bonds in place of stocks during financial analysis. Also, the function enables users to evaluate a bond’s breakeven price, provided they are aware of the specific bond’s parameters.

The** PRICE function in Excel **is an inbuilt **financial** function, so we can insert the formula from the “**Function Library**” or enter it directly in the worksheet. For example, the table below contains parameter values. We will use the **PRICE function in Excel **to determine the price of a bond we plan to trade.

First, select cell **B13**, enter the formula **=PRICE(B5,B6,B7,B8,B9,B10,B11),** and press “**Enter**”.

The output is **92.1469722073499, **as shown above. And once we set the data format of the target cell as **Currency**, the value gets rounded off to two decimal places, **$92.15**.

##### Table of contents

###### Key Takeaways

- The
**PRICE function in Excel**calculates the price per $100 original value of a bond, paying regular interest. - Users will find the
**PRICE()**useful while performing financial analysis. For example, an apt scenario is when they plan to borrow capital by trading bonds in place of stocks. Also, if we know a bond’s parameters, we can apply the**PRICE()**to determine the specific bond’s breakeven price. - The
argument can take the values*frequency***1**,**2**, or**4**, representing annual, semi-annual, and quarterly coupon payment, respectively. On the other hand, the argument*frequency*can take a value from*basis***0**to**4**, with each value representing a day counttype.*basis*

### PRICE() Excel Formula

The syntax of the **PRICE Excel formula** is:

The arguments of the **PRICE Excel formula** are:

: The*settlement*date or the coupon purchase date of the bond. So, the*settlement*argument is the date falling after the issue date, when the specific bond is sold to the buyer. It is a mandatory argument.*settlement*: The*maturity*date of the bond. In other words, it is the date the bond expires. It is a mandatory argument.*maturity*: The annual coupon rate of the bond. It is a mandatory argument.*rate*: The annual yield of the bond. It is a mandatory argument.*yld*: The*redemption*value for each $100 face value of the bond. It is a mandatory argument.*redemption*: The count of coupon payments each year. It is a mandatory argument.*frequency*: The day count*basis*type utilized by the bond. It is an optional argument. If not provided, the function takes the default value as*basis***0.**

Also, please refer to the below tables for entering the ** frequency **and

**argument values.**

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### How To Use PRICE Excel Function?

We can use the **PRICE function in Excel** in 2 methods, namely,

**Access from the Excel ribbon.****Enter in the worksheet manually.**

#### Method #1 – Access from the Excel ribbon

First, choose an empty cell → select the “**Formulas**” tab → go to the “**Function Library**” group → click the “**Financial**” option drop-down → select the “**PRICE**” function, as shown below.

The “**Function Arguments**” window appears. Enter the argument values in the ** Settlement**,

**,**

*Maturity***Rate**,

**, and**

*Yld***fields → click “**

*Redemption***OK**”, as shown below.

#### Method #2 – Enter in the worksheet manually

First, confirm whether all the **PRICE()** argument values required to determine the specific bond price are accurate and in the correct data formats.

- Select an empty cell for the output.
- Type
**=PRICE**in the cell. [Alternatively, type**=P**or**=PR**and double-click the PRICE function from the Excel suggestions.] - Enter the arguments as cell references or cell values and close the brackets.
- Press “
**Enter**” to view the bond price. - Finally, set the data format of the output cell as
**Currency**to view the result as a dollar value.

Let us take an example to understand this function.

We will calculate the price of a specific bond **using** **PRICE function in Excel.**

The table below contains the argument values required to calculate the price of a specific bond.

[**Note: **The first two arguments are date values, the third and fourth arguments are percentages, the fifth one is a currency value, and the last two arguments are numbers.]

The steps to calculate the bond price **using** **PRICE function in Excel **are,

**Select cell B13, enter the formula =PRICE(C5,C6,C7,C8,C9,C10,C11), and press Enter.****Select cell B13 and set the Number Format in the Home tab as Currency.**

The output is shown below.

[Alternate methods to derive the same results are:

**Alternate Method 1 –** We can enter the values directly using the **PRICE()** and **DATE() **functions. The steps are as follows:

**Step 1:**Select cell**B13**, enter the formula*=PRICE(DATE(*

[It is best to enter the date values using the **DATE** excel function to avoid invalid dates and then the rate and ** redemption** values, separated by commas. Next, Excel will show a drop-down list to choose the

**argument. And once we double-click the required option to select the**

*frequency***and then enter a comma, we will see another drop-down list to enter the**

*frequency***argument.]**

*basis***Step 2:**In continuation with the formula, enter the values according to the parameters. The formula will now be**=PRICE(DATE(2017,3,10),DATE(2021,11,10),5.5%,6.75%,100,**

**Step 3:**In continuation with the formula, enter the last argument as**0**. The formula now is**=PRICE(DATE(2017,3,10),DATE(2021,11,10),5.5%,6.75%,100,2,0**

**Step 4:**Close the brackets, and press “**Enter**”.

The output is shown below.

**Alternate Method 1 –** can use the formula from the **Formulas** tab. The steps are as follows:

**Step 1: S**elect cell**B13**→ click**Formulas**→**Financial**→**PRICE**to open the**Function Arguments**window.

**Step 2:**Enter the**PRICE()**argument values in the**Function Arguments**window, as shown in the image below.

And finally, click **OK** in the **Function Arguments **window, and we get the result in cell **B13**.

In the above example, the ** frequency **argument is

**2**, as the coupon payments

**is semi-annual.**

*frequency*Thus, the **PRICE() **returns the value **95.0563745 **as the bond price. And once we set the data format of the value as **Currency**, we get the required result as a dollar value, **$95.06**.]

### Examples

We will understand some advanced scenarios using the **PRICE function in Excel examples**.

#### #Example 1

We will calculate the corporate bond price, with a face value of $100, using the **PRICE function in Excel.**

The below table contains all the inputs required to perform the calculation.

The steps to apply the **PRICE function in Excel **are,

**Step 1:**Select cell**B11**, enter the formulaand press*=PRICE(C2,C3,C4,C5,C6,C7,C8)*,**Enter**. The output is shown below.

**Step 2:**Select cell**B11**and set the**Number Format**in the**Home**tab as**Currency**.

#### #Example 2

We will use the **PRICE function** to calculate the cost of a fixed-income security, which are typically government or corporate bonds with lower annual coupon rates and yield percentages.

The below table contains the inputs required to determine the cost of a fixed-income security.

The steps to calculate the cost using the **PRICE function in Excel **are,

**Step 1:**Select cell**B11**, enter the formulaand press*=PRICE(C2,C3,C4,C5,C6,C7,C8),***Enter**.

**Step 2: **Select cell **B11** and set the **Number Format** in the **Home** tab as **Currency**.

The output is **$80.47, **as shown above. Here, the ** frequency** of coupon payments each year is quarterly. Therefore, the

**argument is**

*frequency***4**.

#### #Example 3

Let us see how the **PRICE function in Excel** behaves when the argument values are incorrect.

##### #VALUE! Error

**Scenario 1**– The table below contains the**PRICE()**arguments required to calculate the price of a bond to be allocated. And cell**B11**is the target cell containing the**PRICE()**. However, the output in cell**B11**returns a**#VALUE!**error as the value of theargument is an invalid date.*settlement*

**Scenario 2**– In this case, the**PRICE()**output is the**#VALUE!**error because the argumentis a non-numeric value, as shown below.*basis*

##### #NUM! Error

The following images show the various situations where the **PRICE()** can return the **#NUM!** error.

**Scenario 1**– Thedate falls after the*settlement*date, leading to the*maturity***#NUM!**error, as shown below.

**Scenario 2**– The rate value is less than 0, which results in the**#NUM!**error, as shown below.

**Scenario 3**– Thevalue is $0, resulting in an error, as shown below.*redemption*

**Scenario 4**– Theargument is not 1, 2, or 4, causing the*frequency***PRICE()**to return the error, as shown below.

**Scenario 5**– Theargument is not 0, 1, 2, 3, or 4, leading to the error, as shown below.*basis*

Once we correct the above errors the **PRICE()** will work perfectly, and give accurate results, as shown below.

### Important Things To Note

- When supplying the
and*settlement*date values directly to the*maturity***PRICE function in Excel**, use the**DATE()**to avoid entering invalid dates. - If the supplied
or*frequency*arguments are not integers, or the*basis*or*settlement*dates are serial numbers but not integer values. Then such values get truncated.*maturity* - For invalid dates and non-numeric argument values, the
**PRICE()**returns the**#VALUE!**error. - Suppose the
date is greater than the*settlement*date, the*maturity*or*yld*arguments are less than zero, or the*rate*argument is less than or equal to zero. On the other hand, the*redemption*argument is not 1, 2, or 4, or the*frequency*argument is not 0, 1, 2, 3, or 4. Then, in such cases, the*basis***PRICE()**output is the**#NUM!**error.

### Frequently Asked Questions (FAQs)

**1. Where is the PRICE function in Excel?**

The **PRICE function **is in the **Formulas** tab.

First, choose an empty cell → select the “**Formulas**” tab → go to the “**Function Library**” group → click the “**Financial**” option drop-down → select the “**PRICE**” function, as shown below.

**2. How to apply the PRICE function in Excel VBA?**

We can apply the **PRICE function in Excel** VBA using the following method:**Application.WorksheetFunction.Price(settlement,maturity,rate,yld,redemption, frequency,basis)**

For example, the table below contains the inputs required to determine a bond’s price per $100 face value.

The steps to apply the **PRICE function in Excel** and **VBA** are as follows:**• Step 1: **Select cell **B11**, and set the **Number Format** in the **Home** tab as **Currency**.**• Step 2: **In the worksheet with the above table, press the keys **Alt** +** F11 **to open the **VBA Editor**.**• Step 3: **Choose the required **VBAProject** and click **Insert** → **Module** to open a new module window, **Module1**.**• Step 4: **Enter the **VBA code**, as shown in the below image, in the **Module1** window to execute the **PRICE()**.**Sub PRICE_fn()**

Range(“B11”) = Application.WorksheetFunction.Price(Range(“B3”), Range(“B4”), Range(“B5”), Range(“B6”), Range(“B7”), Range(“B8”), Range(“B9”))**End Sub****• Step 5: **Click the **Run Sub/UserForm** icon in the top menu to run the commands in the **Module1** window.

Now, we can open the worksheet to view the **PRICE()** output in the target cell B11.

**3. What are the uses of the PRICE function in Excel?**

The uses of the **PRICE function in Excel** are:**• **It helps calculate a corporate bond’s price per $100 face value. We can also use it to determine the cost of a fixed-income security.**• **It is useful for evaluating a bond’s clean or quoted price, a price that excludes accrued interest.

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