Hypothetical combination,Input or result,Your project inputs / Calculated result,Value,Unit,Operation
A,Your project inputs,Bottles per pack,12,Quantity,
A,Your project inputs,Volume per bottle,0.4,L,
A,Your project inputs,Product density,0.7984,kg/L,
A,Your project inputs,Bottle-cap-label tare per bottle,18,g,
A,Your project inputs,Outer packaging tare,40,g,
A,Step-by-step substitution from the stated inputs,Mass (kg) / 1,0.31936,,( [Volume per bottle: 0.4 L] × [Product density: 0.7984 kg/L] )
A,Step-by-step substitution from the stated inputs,Mass (kg) / 2,0.018,,( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)
A,Step-by-step substitution from the stated inputs,Mass (kg) / 3,0.33736,,(( [Volume per bottle: 0.4 L] × [Product density: 0.7984 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))
A,Step-by-step substitution from the stated inputs,Mass (kg) / 4,4.04832,,( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.4 L] × [Product density: 0.7984 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)))
A,Step-by-step substitution from the stated inputs,Mass (kg) / 5,0.04,,( [Outer packaging tare: 40 g] ÷ 1000)
A,Step-by-step substitution from the stated inputs,Mass (kg) / 6,4.08832,kg,(( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.4 L] × [Product density: 0.7984 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))) + ( [Outer packaging tare: 40 g] ÷ 1000))
A,Calculated result,Mass,4.08832,kg,
B,Your project inputs,Bottles per pack,12,Quantity,
B,Your project inputs,Volume per bottle,0.4,L,
B,Your project inputs,Product density,1.1976,kg/L,
B,Your project inputs,Bottle-cap-label tare per bottle,18,g,
B,Your project inputs,Outer packaging tare,40,g,
B,Step-by-step substitution from the stated inputs,Mass (kg) / 1,0.47904,,( [Volume per bottle: 0.4 L] × [Product density: 1.1976 kg/L] )
B,Step-by-step substitution from the stated inputs,Mass (kg) / 2,0.018,,( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)
B,Step-by-step substitution from the stated inputs,Mass (kg) / 3,0.49704,,(( [Volume per bottle: 0.4 L] × [Product density: 1.1976 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))
B,Step-by-step substitution from the stated inputs,Mass (kg) / 4,5.96448,,( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.4 L] × [Product density: 1.1976 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)))
B,Step-by-step substitution from the stated inputs,Mass (kg) / 5,0.04,,( [Outer packaging tare: 40 g] ÷ 1000)
B,Step-by-step substitution from the stated inputs,Mass (kg) / 6,6.00448,kg,(( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.4 L] × [Product density: 1.1976 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))) + ( [Outer packaging tare: 40 g] ÷ 1000))
B,Calculated result,Mass,6.00448,kg,
C,Your project inputs,Bottles per pack,12,Quantity,
C,Your project inputs,Volume per bottle,0.6,L,
C,Your project inputs,Product density,0.7984,kg/L,
C,Your project inputs,Bottle-cap-label tare per bottle,18,g,
C,Your project inputs,Outer packaging tare,40,g,
C,Step-by-step substitution from the stated inputs,Mass (kg) / 1,0.47904,,( [Volume per bottle: 0.6 L] × [Product density: 0.7984 kg/L] )
C,Step-by-step substitution from the stated inputs,Mass (kg) / 2,0.018,,( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)
C,Step-by-step substitution from the stated inputs,Mass (kg) / 3,0.49704,,(( [Volume per bottle: 0.6 L] × [Product density: 0.7984 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))
C,Step-by-step substitution from the stated inputs,Mass (kg) / 4,5.96448,,( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.6 L] × [Product density: 0.7984 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)))
C,Step-by-step substitution from the stated inputs,Mass (kg) / 5,0.04,,( [Outer packaging tare: 40 g] ÷ 1000)
C,Step-by-step substitution from the stated inputs,Mass (kg) / 6,6.00448,kg,(( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.6 L] × [Product density: 0.7984 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))) + ( [Outer packaging tare: 40 g] ÷ 1000))
C,Calculated result,Mass,6.00448,kg,
D,Your project inputs,Bottles per pack,12,Quantity,
D,Your project inputs,Volume per bottle,0.6,L,
D,Your project inputs,Product density,1.1976,kg/L,
D,Your project inputs,Bottle-cap-label tare per bottle,18,g,
D,Your project inputs,Outer packaging tare,40,g,
D,Step-by-step substitution from the stated inputs,Mass (kg) / 1,0.71856,,( [Volume per bottle: 0.6 L] × [Product density: 1.1976 kg/L] )
D,Step-by-step substitution from the stated inputs,Mass (kg) / 2,0.018,,( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)
D,Step-by-step substitution from the stated inputs,Mass (kg) / 3,0.73656,,(( [Volume per bottle: 0.6 L] × [Product density: 1.1976 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))
D,Step-by-step substitution from the stated inputs,Mass (kg) / 4,8.83872,,( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.6 L] × [Product density: 1.1976 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000)))
D,Step-by-step substitution from the stated inputs,Mass (kg) / 5,0.04,,( [Outer packaging tare: 40 g] ÷ 1000)
D,Step-by-step substitution from the stated inputs,Mass (kg) / 6,8.87872,kg,(( [Bottles per pack: 12 Quantity] × (( [Volume per bottle: 0.6 L] × [Product density: 1.1976 kg/L] ) + ( [Bottle-cap-label tare per bottle: 18 g] ÷ 1000))) + ( [Outer packaging tare: 40 g] ÷ 1000))
D,Calculated result,Mass,8.87872,kg,
A→D,Separate and combined changes from A,Mass / First input alone: C − A,1.91616,kg,
A→D,Separate and combined changes from A,Mass / Second input alone: B − A,1.91616,kg,
A→D,Separate and combined changes from A,Mass / Both inputs: D − A,4.7904,kg,
A→D,Separate and combined changes from A,Mass / Sum of the two separate changes,3.83232,kg,
A→D,Separate and combined changes from A,Mass / Combined change minus that sum,0.95808,kg,