Often in regular business context a div/0 is defined to 0 because 0 is
defined also as I do not know.
Mathematically div/0 is defined as an enormous huge number of unknown size.
In electronic signal theory, there is also a div/0 which is defined as
ideal impulse with unlimited high.
You see
Am 12/24/2016 06:00 AM, schrieb Robert Marshall:
I was offering a solution.
The problem being when summing a series if any member is #DIV/0!
The result is #DIV/0!.
A simple solution is to sum the series in an available adjacent column.
the only solution is to resolve the #DIV/0! situation
Hi Marcus,
I was offering a solution.
The problem being when summing a series if any member is #DIV/0!
The result is #DIV/0!.
A simple solution is to sum the series in an available adjacent column.
If the amount shown in the original summation column is a number
enter the number in the new
Am 12/23/2016 09:28 PM, schrieb Robert Marshall:
As a Calc user with next to no programming experience, my solution for
#DIV/0! is simple.
In summing a series, in an available column , for amounts - enter the
/amount/.
For #DIV/0! - enter 0. To enhance ease and accuracy maintain relative
As a Calc user with next to no programming experience, my solution for
#DIV/0! is simple.
In summing a series, in an available column , for amounts - enter the
/amount/.
For #DIV/0! - enter 0. To enhance ease and accuracy maintain relative
positioning.
Love Calc.
