Hello Community members,
Looking for your help in regard to write expression to calculate NPV.
Attaching screen shot about the form and formula.
looking for your guidance.
Mvh
Kundan.
Solved! Go to Solution.
Topics help categorize Community content and increase your ability to discover relevant content.
Views
Replies
Total Likes
Views
Replies
Total Likes
Hi Kundan,
As I have a Finance degree, I am honor bound to respond (and love the idea!), but suggest you consider an alternative, such as calculating NPV outside of Workfront in Excel, and then pasting in the answer.
Regards,
Doug
Views
Replies
Total Likes
Thank for the idea @Doug Den Hoed‚
But we are not in idea to continue in excel. But still can you or anyone help to create this expression.
Looking for expertise.
Mvh
Kundan.
Views
Replies
Total Likes
Wish granted Kundan,
NPV=Rt/(1-i)^t
NPV = net present value
Rt = net cash flow at time t
i = discount rate
t = time of the cash flow
Calculated Parameter Equivalent Formula (tested):
100/(POWER((1+0.01),2)) = $98..03
Similarly, you can create numeric custom parameters for Rt, i, and t and use them in a numeric (or currency) calculated custom parameter with a formula of Rt/(POWER((1+i),t))
Obligatory Finance Degree Fine Print: Be sure to test it, train users (eg i = .02 vs 2), and since over time the data will become out of date (ie i might change; as t decreases, NPV increases approaching Rt, etc), adopt a procedure to periodically adjust and/or recalculate these numbers as needed to ensure accuracy.
Good luck with it: I am interested to hear how you make out.
Regards,
Doug
Views
Replies
Total Likes
Thanks @Doug Den Hoed‚
But I am not good in calculated field expression, still tried but failed;
AVERAGE(Rt, DIV(POWER(SUM(1,i),t)))
Could you help to correct it?
Best regards,
kundan.
Views
Replies
Total Likes
You are welcome Kundan,
I suggest you start with Rt/(POWER((1+i),t))
That formula works, as I tested and illustrated with 100/(POWER((1+0.01),2))
Once you get that going, you can then try other modifications such as average and div.
Regards,
Doug
Views
Replies
Total Likes
Please have a look @Doug Den Hoed‚
BR
Kundan
Views
Replies
Total Likes
Hi @Doug Den Hoed‚
Finally got it, please check;
BR
Kundan
Views
Replies
Total Likes
Views
Replies
Total Likes
Thanks again @Doug Den Hoed‚
Have a nice day ahead!
Mvh
Kundan.
Views
Replies
Total Likes
Views
Likes
Replies