Hypothetical combination,Input or result,Your project inputs / Calculated result,Value,Unit,Operation
A,Your project inputs,Net product mass,400.0,g,
A,Your project inputs,Product density,0.7984,g/mL,
A,Step-by-step substitution from the stated inputs,Volume per bottle (mL) / 1,501.00200400801606,mL,( [Net product mass: 400 g] ÷ [Product density: 0.7984 g/mL] )
A,Calculated result,Volume per bottle,501.00200400801606,mL,
B,Your project inputs,Net product mass,400.0,g,
B,Your project inputs,Product density,1.1976,g/mL,
B,Step-by-step substitution from the stated inputs,Volume per bottle (mL) / 1,334.001336005344,mL,( [Net product mass: 400 g] ÷ [Product density: 1.1976 g/mL] )
B,Calculated result,Volume per bottle,334.001336005344,mL,
C,Your project inputs,Net product mass,600.0,g,
C,Your project inputs,Product density,0.7984,g/mL,
C,Step-by-step substitution from the stated inputs,Volume per bottle (mL) / 1,751.503006012024,mL,( [Net product mass: 600 g] ÷ [Product density: 0.7984 g/mL] )
C,Calculated result,Volume per bottle,751.503006012024,mL,
D,Your project inputs,Net product mass,600.0,g,
D,Your project inputs,Product density,1.1976,g/mL,
D,Step-by-step substitution from the stated inputs,Volume per bottle (mL) / 1,501.00200400801606,mL,( [Net product mass: 600 g] ÷ [Product density: 1.1976 g/mL] )
D,Calculated result,Volume per bottle,501.00200400801606,mL,
A→D,Separate and combined changes from A,Volume per bottle / First input alone: C − A,250.50100200400803,mL,
A→D,Separate and combined changes from A,Volume per bottle / Second input alone: B − A,-167.000668002672,mL,
A→D,Separate and combined changes from A,Volume per bottle / Both inputs: D − A,0.0,mL,
A→D,Separate and combined changes from A,Volume per bottle / Sum of the two separate changes,83.500334001336,mL,
A→D,Separate and combined changes from A,Volume per bottle / Combined change minus that sum,-83.500334001336,mL,