T
Tom Rogers
I have setup a spreadsheet to keep track of my personal bowling scores. I
have made everything automatic except 2 formulas that I cannot figure out,
can someone help?
1) Series Total column. I have a row of 3 numbers that get a simple SUM
formula in the 4th column of that row. These series totals range in a column
from G4 - G32. I have conditionally formatted them so that if the formula
result is zero, paint the cell white so I don't see the zeros. So in this
formula column, I only get an actual formula result when I actually have
scores input in the rows. I want to find the MIN series total in the entire
column, but the MIN formula is giving me a zero (because I have hidden
zeros). How can I get the minimum actual number, not being a zero.
2) I need to figure high series WITH handicap added in. Say G8 has high
series number, I need to multiply J7 by 3 then add this to the high series
number in G8. How do I do this? I need the cell number for the high series
returned, so that I can point the J column cell # to one less than the G
column cell #.
TIA,
-Tom
have made everything automatic except 2 formulas that I cannot figure out,
can someone help?
1) Series Total column. I have a row of 3 numbers that get a simple SUM
formula in the 4th column of that row. These series totals range in a column
from G4 - G32. I have conditionally formatted them so that if the formula
result is zero, paint the cell white so I don't see the zeros. So in this
formula column, I only get an actual formula result when I actually have
scores input in the rows. I want to find the MIN series total in the entire
column, but the MIN formula is giving me a zero (because I have hidden
zeros). How can I get the minimum actual number, not being a zero.
2) I need to figure high series WITH handicap added in. Say G8 has high
series number, I need to multiply J7 by 3 then add this to the high series
number in G8. How do I do this? I need the cell number for the high series
returned, so that I can point the J column cell # to one less than the G
column cell #.
TIA,
-Tom