G
Go_Bears
Is there a magic switch/command to Calculate in Access 2003 like calculations
are done in Excel 2003 (or any normal desktop Calculator)? I am a novice, so
please don't get too techie. A simple example would also be helpful, if
answer is yes. I am doing these calculations in a query and then using a
report to consolidate the data. When I take the report and export the data to
Excel 2003, and then add calculations off the detail data, I can get down to
the penny. But the query fields doing the same math are high or higher if I
round in the query and then reported in Access. If the answer is going to be
no, and even no in Access 2007. Then I need to ask if there is a way to run a
query/update that would take data from Access and give it to Excel, and let
Excel do the calculations, and then pass the down to the penny answers back
to Access and update the proper fields in my table. I need to save my results
and the factors for historical purposes, as rates/factors change daily. These
are $ calculations that have factors such as .036295 (3.6295%).
Thanks for any help,
Go_Bears
are done in Excel 2003 (or any normal desktop Calculator)? I am a novice, so
please don't get too techie. A simple example would also be helpful, if
answer is yes. I am doing these calculations in a query and then using a
report to consolidate the data. When I take the report and export the data to
Excel 2003, and then add calculations off the detail data, I can get down to
the penny. But the query fields doing the same math are high or higher if I
round in the query and then reported in Access. If the answer is going to be
no, and even no in Access 2007. Then I need to ask if there is a way to run a
query/update that would take data from Access and give it to Excel, and let
Excel do the calculations, and then pass the down to the penny answers back
to Access and update the proper fields in my table. I need to save my results
and the factors for historical purposes, as rates/factors change daily. These
are $ calculations that have factors such as .036295 (3.6295%).
Thanks for any help,
Go_Bears