Hello,
I have a data set that looks like the following:
Count | Associates |
400 | 20 |
There is a rate per the count, and he overall goal is to determine how long it will take the 20 associates to complete the 400 items at a specific rate of 6, or so, items per hour and then determine an estimated time of day to be complete.
The work to determine the overall output, I think, would like this:
Manager | Count | Associates | Rate | Amount of Time (Minutes) | Estimated Time of Day Completed |
Smith | 400 | 20 | 7 | 142.8 | 142.8 minutes added to current time |
John | 300 | 10 | 6 | 180 | 180 minutes added to current time |
Roger | 200 | 15 | 9 | 120 | 120 minutes added to current time |
The final output is needing to look something like this:
Manager | Estimate Time of Day Completed |
Smith | 3:00 |
John | 3:40 |
Roger | 2:40 |
Thanks.
Solved! Go to Solution.
Hi @JacobGFMR ,
Are you saying the rate is the number of items that can be completed per Associate per hour?
M.
Hi @JacobGFMR
Here's an example of a way to do this:
First we do the calculation to find out how many minutes it will take (Count/Associates * Rate)
Then, we use the datetimeadd function to add those minutes to the current time. I then used datetime format to put the time into a more readable format.
The rate is the rate the associates should be completing the items by.
6 items per hour = rate of 10 minutes per item.
This is great @Luke_C.
One last question, though.
How can I format the time to show Eastern time and not my local (Central) time?
Hi @JacobGFMR
You could update the second formula to the below. I'm not aware of any functions that update for time zones.
datetimeformat(datetimeadd(datetimenow(),[Time (Mins)]+60,'minutes'),'%I:%M:%S %p')
Great!
Thank you very much for the help with this.
This is exactly what I needed.
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