Hypothetical combination,Input or result,Your project inputs / Calculated result,Value,Unit,Operation
A,Your project inputs,Delivered bottle unit cost,0.056,Currency/Bottles,
A,Your project inputs,In-house variable unit cost,0.032,Currency/Bottles,
A,Your project inputs,Incremental annual fixed cost,90000,Currency,
A,Step-by-step substitution from the stated inputs,Reduction (Currency/Bottles) / 1,0.024,Currency/Bottles,( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] )
A,Calculated result,Reduction,0.024,Currency/Bottles,
A,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 1,0.024,,( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] )
A,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 2,3750000.0,,( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] ))
A,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 3,3750000.0,Bottles,ceil(( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] )))
A,Calculated result,Quantity,3750000.0,Bottles,
B,Your project inputs,Delivered bottle unit cost,0.056,Currency/Bottles,
B,Your project inputs,In-house variable unit cost,0.048,Currency/Bottles,
B,Your project inputs,Incremental annual fixed cost,90000,Currency,
B,Step-by-step substitution from the stated inputs,Reduction (Currency/Bottles) / 1,0.008,Currency/Bottles,( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] )
B,Calculated result,Reduction,0.008,Currency/Bottles,
B,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 1,0.008,,( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] )
B,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 2,11250000.0,,( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] ))
B,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 3,11250000.0,Bottles,ceil(( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.056 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] )))
B,Calculated result,Quantity,11250000.0,Bottles,
C,Your project inputs,Delivered bottle unit cost,0.084,Currency/Bottles,
C,Your project inputs,In-house variable unit cost,0.032,Currency/Bottles,
C,Your project inputs,Incremental annual fixed cost,90000,Currency,
C,Step-by-step substitution from the stated inputs,Reduction (Currency/Bottles) / 1,0.052,Currency/Bottles,( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] )
C,Calculated result,Reduction,0.052,Currency/Bottles,
C,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 1,0.052,,( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] )
C,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 2,1730769.2307692308,,( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] ))
C,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 3,1730770.0,Bottles,ceil(( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.032 Currency/Bottles] )))
C,Calculated result,Quantity,1730770.0,Bottles,
D,Your project inputs,Delivered bottle unit cost,0.084,Currency/Bottles,
D,Your project inputs,In-house variable unit cost,0.048,Currency/Bottles,
D,Your project inputs,Incremental annual fixed cost,90000,Currency,
D,Step-by-step substitution from the stated inputs,Reduction (Currency/Bottles) / 1,0.036,Currency/Bottles,( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] )
D,Calculated result,Reduction,0.036,Currency/Bottles,
D,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 1,0.036,,( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] )
D,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 2,2500000.0,,( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] ))
D,Step-by-step substitution from the stated inputs,Quantity (Bottles) / 3,2500000.0,Bottles,ceil(( [Incremental annual fixed cost: 90000 Currency] ÷ ( [Delivered bottle unit cost: 0.084 Currency/Bottles] − [In-house variable unit cost: 0.048 Currency/Bottles] )))
D,Calculated result,Quantity,2500000.0,Bottles,
A→D,Separate and combined changes from A,Reduction / First input alone: C − A,0.028,Currency/Bottles,
A→D,Separate and combined changes from A,Reduction / Second input alone: B − A,-0.016,Currency/Bottles,
A→D,Separate and combined changes from A,Reduction / Both inputs: D − A,0.012,Currency/Bottles,
A→D,Separate and combined changes from A,Reduction / Sum of the two separate changes,0.012,Currency/Bottles,
A→D,Separate and combined changes from A,Reduction / Combined change minus that sum,0.0,Currency/Bottles,
A→D,Separate and combined changes from A,Quantity / First input alone: C − A,-2019230.0,Bottles,
A→D,Separate and combined changes from A,Quantity / Second input alone: B − A,7500000.0,Bottles,
A→D,Separate and combined changes from A,Quantity / Both inputs: D − A,-1250000.0,Bottles,
A→D,Separate and combined changes from A,Quantity / Sum of the two separate changes,5480770.0,Bottles,
A→D,Separate and combined changes from A,Quantity / Combined change minus that sum,-6730770.0,Bottles,