Hi,
I am working on a problem that I just can't solve. It may be that I can solve with with good old IFs but I think what if analysis would work best. Please can you help.
Basically, I have 2 tables. One table has John, Peter and Mark repairing bicycles. Bicycle A totals up to 34, B total is 120, C total is 119, D total is 78.
Table 2 has the same people repairing motorbikes. Type A total is 58, B is 120, C is 121 and D is 80.
The total overall produced for Type A (across bicycles and motorbikes) is John = 12, Peter = 43, Mark = 37. Product B has John = 65, Peter = 150, Mark = 25. Product C has John = 156, Peter = 75 and Mark = 9 and Product D has John = 87, Peter = 44, Mark = 27.
My question is, how many bicycles and motorbikes (broken down by each product A to D) would each of them make?
I hope this makes sense and I would appreciate your help. I also uploaded a file to make it visual. The areas shaded in blue are the ones I need to populate with data.
I am working on a problem that I just can't solve. It may be that I can solve with with good old IFs but I think what if analysis would work best. Please can you help.
Basically, I have 2 tables. One table has John, Peter and Mark repairing bicycles. Bicycle A totals up to 34, B total is 120, C total is 119, D total is 78.
Table 2 has the same people repairing motorbikes. Type A total is 58, B is 120, C is 121 and D is 80.
The total overall produced for Type A (across bicycles and motorbikes) is John = 12, Peter = 43, Mark = 37. Product B has John = 65, Peter = 150, Mark = 25. Product C has John = 156, Peter = 75 and Mark = 9 and Product D has John = 87, Peter = 44, Mark = 27.
My question is, how many bicycles and motorbikes (broken down by each product A to D) would each of them make?
I hope this makes sense and I would appreciate your help. I also uploaded a file to make it visual. The areas shaded in blue are the ones I need to populate with data.