# PRICEDISC

The PRICEDISC function calculates the price of a discounted security, such as a treasury bill, that pays interest at maturity. This function is commonly used in financial analysis to determine the purchase price of short-term, discount-bearing instruments.

## Syntax ðŸ”—

=PRICEDISC(`Settlement`

, `Maturity`

, `Discount`

, `Redemption`

, `[Basis]`

)

`Settlement` | The settlement date of the security. |

`Maturity` | The maturity date of the security. |

`Discount` | The discount rate of the security. |

`Redemption` | The face value of the security at maturity. |

`Basis` (Optional) | An optional argument representing the day-count basis to use. Defaults to 0 if omitted. |

## About PRICEDISC ðŸ”—

When dealing with discounted securities like treasury bills and seeking to ascertain their purchase price, turn to the PRICEDISC function in Excel. This handy tool aids in determining the value at which these short-term securities can be acquired, factoring in their discounted nature where interest is paid at the instrument's maturity date. It is a widely utilized function in financial domains, facilitating precise evaluations of such investment options. By employing PRICEDISC, you can swiftly calculate the pricing of discount-bearing securities, empowering you to make informed financial decisions with ease and accuracy.

## Examples ðŸ”—

Imagine you have come across a treasury bill with a face value of $10,000, a maturity date of December 15, 2022, and a discount rate of 4%. You plan to purchase this security on October 25, 2022. To determine the purchase price using PRICEDISC, the formula would be: =PRICEDISC(`10/25/2022`

, `12/15/2022`

, 0.04, 10000)

Consider you are evaluating another treasury bill with a face value of $5,000, a maturity date of May 31, 2023, and a discount rate of 3.5%. If you intend to acquire this security on April 20, 2023, you can compute the purchase price by using the PRICEDISC formula: =PRICEDISC(`04/20/2023`

, `05/31/2023`

, 0.035, 5000)

## Notes ðŸ”—

The PRICEDISC function expects valid Excel date values or references as inputs for the settlement and maturity dates. It is essential to ensure that accurate details, such as the discount rate and face value, are provided to attain precise price calculations. Adjust the function parameters as per the specific characteristics of the discounted security being evaluated for accurate results.

## Questions ðŸ”—

**How does PRICEDISC differ from calculating prices of regular interest-bearing securities?**

PRICEDISC is specifically designed for discounted securities that pay interest at maturity, such as treasury bills, whereas regular interest-bearing securities involve periodic interest payments throughout their term. PRICEDISC focuses on determining the purchase price of discount-bearing instruments based on their unique characteristics.

**Can PRICEDISC be used for securities with varying discount rates over time?**

PRICEDISC assumes a constant discount rate for the entire term of the security. If the discount rate fluctuates during the security's duration, the function's outcome may not accurately reflect the changing value of the security.

**Is the optional BASIS argument crucial for using PRICEDISC effectively?**

The BASIS argument in PRICEDISC is optional and defaults to 0 if not specified. It determines the day-count basis for calculating the security's price. While not mandatory, selecting the appropriate day-count basis aligns the price calculation with the chosen method of interest accrual, enhancing the accuracy of the result.