T
Tom Battaglia
I have the situation similar to the following (though simplified)
Sheet 1 Sheet 2
Row 1 Column A Column B Column A Column B
Row 2 11a ??? 22 b
Row 3 22a ??? 33 c
Row 4 33a ??? 44 d
Row 5 44a ??? 11 a
Minus the suffix 'a' in Sheet 1 Column A cells, these Column A cells equal the Sheet 2 Column A cells, though in a different order.
I am looking for a formula to use in Sheet 1 Column B, which finds the corresponding cell of Sheet 1 Column A in Sheet 2 Column A, and equals the corresponding cell in Sheet 1 Column B.
Though it would make the formula less "busy", I do want to avoid having to make another column (e.g. =LEFT(A1:A5,2) ). I should also point out that there are many more rows in the Sheet 1 columns than in Sheet B.
e.g. The result would look like the following:
Sheet 1 Sheet 2
Row 1 Column A Column B Column A Column B
Row 2 11a a 22 b
Row 3 22a b 33 c
Row 4 33a c 44 d
Row 5 44a d 11 a
The solution would probably use a mix of LEFT and MATCH functions, but I can't quite work it out. Apologies if the explanation is a little over-convoluted.
Thanks!
Tom
Sheet 1 Sheet 2
Row 1 Column A Column B Column A Column B
Row 2 11a ??? 22 b
Row 3 22a ??? 33 c
Row 4 33a ??? 44 d
Row 5 44a ??? 11 a
Minus the suffix 'a' in Sheet 1 Column A cells, these Column A cells equal the Sheet 2 Column A cells, though in a different order.
I am looking for a formula to use in Sheet 1 Column B, which finds the corresponding cell of Sheet 1 Column A in Sheet 2 Column A, and equals the corresponding cell in Sheet 1 Column B.
Though it would make the formula less "busy", I do want to avoid having to make another column (e.g. =LEFT(A1:A5,2) ). I should also point out that there are many more rows in the Sheet 1 columns than in Sheet B.
e.g. The result would look like the following:
Sheet 1 Sheet 2
Row 1 Column A Column B Column A Column B
Row 2 11a a 22 b
Row 3 22a b 33 c
Row 4 33a c 44 d
Row 5 44a d 11 a
The solution would probably use a mix of LEFT and MATCH functions, but I can't quite work it out. Apologies if the explanation is a little over-convoluted.
Thanks!
Tom