I have an array that I need to sum multiple columns depending of the value in
Col D.
The ws containing the array is called 'data'. I must sum cols F,J,N,R,V,Z in
rows 7-25. On another ws my formula is:
=SUMIF(Data!$D$7:$D$25,$A4,Data!$F$7:$F$25)
Of course this only gives me the sum of Col F. Is there a way to put the sum
range in one formula? I want to avoid stringing a bunch of SUMIFs together.

Thanks,
Joe M

One way...

Assumes no TEXT entries in cols F,J,N,R,V,Z.

=SUMPRODUCT(--($D$7:$D$25=$A4),$F$7:$F$25+$J$7:$J$25+$N$7:$N$25+ $R$7:$R$25+$V$7:$V$25+$Z$7:$Z$25)

--
Biff
Microsoft Excel MVP


"Joe M." wrote in message
...
I have an array that I need to sum multiple columns depending of the value
in
Col D.
The ws containing the array is called 'data'. I must sum cols F,J,N,R,V,Z
in
rows 7-25. On another ws my formula is:
=SUMIF(Data!$D$7:$D$25,$A4,Data!$F$7:$F$25)
Of course this only gives me the sum of Col F. Is there a way to put the
sum
range in one formula? I want to avoid stringing a bunch of SUMIFs
together.

Thanks,
Joe M

This works. I tried to make it shorter using named ranges in the formula but
I get a #VALUE error. My named range is called Data_Sel_WA. My formula is now:
=SUMPRODUCT(--(Data_Selection!$D$7:$D$25=$A10),Data_Sel_WA)
My named range is defined as:
=Data_Selection!$F$7:$F$25,Data_Selection!$J$7:$J$ 25,Data_Selection!$N$7:$N$25,Data_Selection!$R$7:$ R$25,Data_Selection!$V$7:$V$25,Data_Selection!$Z$7 :$Z$25,Data_Selection!$AD$7:$AD$25

Did I do something wrong or will named ranges not work with SUMPRODUCT?

Thanks,
Joe M.

"T. Valko" wrote:

One way...

Assumes no TEXT entries in cols F,J,N,R,V,Z.

=SUMPRODUCT(--($D$7:$D$25=$A4),$F$7:$F$25+$J$7:$J$25+$N$7:$N$25+ $R$7:$R$25+$V$7:$V$25+$Z$7:$Z$25)

--
Biff
Microsoft Excel MVP


"Joe M." wrote in message
...
I have an array that I need to sum multiple columns depending of the value
in
Col D.
The ws containing the array is called 'data'. I must sum cols F,J,N,R,V,Z
in
rows 7-25. On another ws my formula is:
=SUMIF(Data!$D$7:$D$25,$A4,Data!$F$7:$F$25)
Of course this only gives me the sum of Col F. Is there a way to put the
sum
range in one formula? I want to avoid stringing a bunch of SUMIFs
together.

Thanks,
Joe M


.

In this application, each of these:

=Data_Selection!$F$7:$F$25,Data_Selection!$J$7:$J $25,Data_Selection!$N$7:$N$25,Data_Selection!$R$7: $R$25,Data_Selection!$V$7:$V$25,Data_Selection!$Z$ 7:$Z$25,Data_Selection!$AD$7:$AD$25

Needs to be a *separate* range.

You can use this array formula** where the range is a single contiguous
range but only the specific columns in that range will be calculated:

=SUM(IF(Selection!D7:D25=A10,IF(MOD(COLUMN(Selecti on!F7:AD25)-COLUMN(Selection!F7),4)=0,Selection!F7:AD25)))

** array formulas need to be entered using the key combination of
CTRL,SHIFT,ENTER (not just ENTER). Hold down both the CTRL key and the SHIFT
key then hit ENTER.

--
Biff
Microsoft Excel MVP


"Joe M." wrote in message
...
This works. I tried to make it shorter using named ranges in the formula
but
I get a #VALUE error. My named range is called Data_Sel_WA. My formula is
now:
=SUMPRODUCT(--(Data_Selection!$D$7:$D$25=$A10),Data_Sel_WA)
My named range is defined as:
=Data_Selection!$F$7:$F$25,Data_Selection!$J$7:$J$ 25,Data_Selection!$N$7:$N$25,Data_Selection!$R$7:$ R$25,Data_Selection!$V$7:$V$25,Data_Selection!$Z$7 :$Z$25,Data_Selection!$AD$7:$AD$25

Did I do something wrong or will named ranges not work with SUMPRODUCT?

Thanks,
Joe M.

"T. Valko" wrote:

One way...

Assumes no TEXT entries in cols F,J,N,R,V,Z.

=SUMPRODUCT(--($D$7:$D$25=$A4),$F$7:$F$25+$J$7:$J$25+$N$7:$N$25+ $R$7:$R$25+$V$7:$V$25+$Z$7:$Z$25)

--
Biff
Microsoft Excel MVP


"Joe M." wrote in message
...
I have an array that I need to sum multiple columns depending of the
value
in
Col D.
The ws containing the array is called 'data'. I must sum cols
F,J,N,R,V,Z
in
rows 7-25. On another ws my formula is:
=SUMIF(Data!$D$7:$D$25,$A4,Data!$F$7:$F$25)
Of course this only gives me the sum of Col F. Is there a way to put
the
sum
range in one formula? I want to avoid stringing a bunch of SUMIFs
together.

Thanks,
Joe M


.