PV Function or Present Value Function is a Finance Function in the Google sheet. It used to calculate the present value of an investment or loan based on a fixed periodic payment and a constant interest rate.

In finance, The Present Value is also known as Discounted Value also. Calculation of PV helps us to evaluate the reasonableness of any future financial benefits or its obligation.

It also uses in the financial statement analysis where the present value may calculate the present value a series of future payments based on periodic fixed payments and interest rate.

*Syntax**PV(rate, number_of_periods, payment_amount, [future_value], [end_or_beginning])*

#### Compulsory Arguments

*Rate:*It means the Interest Rate for the period.

*Number of Periods:*Total number of the payment period

*Payment Amount:*The amount to be paid in each period

#### Optional Arguments

*Future Value:*It represents the future value after paying the final payment.

*End or Beginning:*It may be 0 or 1. When the payments are due at the end, we need to use 0. If the payment is due at the beginning, we need to use 1.

*By default, it will be 0.*

####
**Points to Remember**

The Rate, Number of Periods and the Payment must be in a consistent unit.

In case a loan is for 24 months and all the loan payment may be monthly. In this case, All the above said parameters like

In case a loan is for 24 months and all the loan payment may be monthly. In this case, All the above said parameters like

*rate, number of period*and*payment*must be used as the monthly figure in the function.#### Apply the PV Finance function in Google sheet

Let us consider some examples to have a clear idea about the PV function.

*Example 1*In the above table, we have some data for case 1 and case 2

*Case 1:*We have Interest rate 5%, Number of payments 36 months, Payment amount 1000. FV and the type of payment are 0.

There we have applied the formula as

=PV(C3/12,C4,C5,C6,C7)

Here we can see that the interest rate is annual and all other parameters are on a monthly basis.

So in our equation, we have converted the annual rate as a monthly rate. C3/12 is indicating it and the result is -$ 33,241.07.

*Case 2:*Here also we are considering the same data but with an additional value for End or Beginning. The result is -$33,504.73

There also we used the same formula, but we got a different answer because of the change in the payment type that whether the payment is due at the end or at the beginning.

Here it is at the beginning.

**Example 2**In this table, we can see the data and payments on a

*weekly*basis.

*Case 1:*It provided an interest rate of 5%, the number of payments is 156 weeks, payment per week is 250.

Here we are using the equation as

=PV(H3/52,H4,H5,H6,H7)

As the interest is given in annualized rate, we used H3/52 to convert the rate into the weeks. The result is -$36,199.80

*Case 2:*Here we have the same data except for the End or Beginning value.

In Case 2, the payment is due at the beginning, then the value used is 1 and the result is $36,234.61.

#### Points to Remember

We need to always remember to convert the

*annual interest rate*into the appropriate rate as per the question like*monthly, quarterly, weekly*etc. This is a common mistake observed in the use of PV finance function in Google sheet.We need to provide the

*numeric value*for all the arguments in the formula, otherwise, it may result in a #VALUE! error.

Hope you understand the PV Finance function and its application in Google sheet.