Hypothetical combination,Input or result,Your project inputs / Calculated result,Value,Unit,Operation
A,Your project inputs,Known defective bottles tested,100,Quantity,
A,Your project inputs,Defective bottles missed,1,Quantity,
A,Your project inputs,Known good bottles tested,400,Quantity,
A,Your project inputs,Good bottles rejected,3,Quantity,
A,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 1,0.01,,( [Defective bottles missed: 1 Quantity] ÷ [Known defective bottles tested: 100 Quantity] )
A,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 2,1.0,%,(( [Defective bottles missed: 1 Quantity] ÷ [Known defective bottles tested: 100 Quantity] ) × 100)
A,Calculated result,Missed-defect rate,1.0,%,
A,Step-by-step substitution from the stated inputs,False-reject rate (%) / 1,0.0075,,( [Good bottles rejected: 3 Quantity] ÷ [Known good bottles tested: 400 Quantity] )
A,Step-by-step substitution from the stated inputs,False-reject rate (%) / 2,0.75,%,(( [Good bottles rejected: 3 Quantity] ÷ [Known good bottles tested: 400 Quantity] ) × 100)
A,Calculated result,False-reject rate,0.75,%,
B,Your project inputs,Known defective bottles tested,100,Quantity,
B,Your project inputs,Defective bottles missed,1,Quantity,
B,Your project inputs,Known good bottles tested,400,Quantity,
B,Your project inputs,Good bottles rejected,5,Quantity,
B,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 1,0.01,,( [Defective bottles missed: 1 Quantity] ÷ [Known defective bottles tested: 100 Quantity] )
B,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 2,1.0,%,(( [Defective bottles missed: 1 Quantity] ÷ [Known defective bottles tested: 100 Quantity] ) × 100)
B,Calculated result,Missed-defect rate,1.0,%,
B,Step-by-step substitution from the stated inputs,False-reject rate (%) / 1,0.0125,,( [Good bottles rejected: 5 Quantity] ÷ [Known good bottles tested: 400 Quantity] )
B,Step-by-step substitution from the stated inputs,False-reject rate (%) / 2,1.25,%,(( [Good bottles rejected: 5 Quantity] ÷ [Known good bottles tested: 400 Quantity] ) × 100)
B,Calculated result,False-reject rate,1.25,%,
C,Your project inputs,Known defective bottles tested,100,Quantity,
C,Your project inputs,Defective bottles missed,3,Quantity,
C,Your project inputs,Known good bottles tested,400,Quantity,
C,Your project inputs,Good bottles rejected,3,Quantity,
C,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 1,0.03,,( [Defective bottles missed: 3 Quantity] ÷ [Known defective bottles tested: 100 Quantity] )
C,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 2,3.0,%,(( [Defective bottles missed: 3 Quantity] ÷ [Known defective bottles tested: 100 Quantity] ) × 100)
C,Calculated result,Missed-defect rate,3.0,%,
C,Step-by-step substitution from the stated inputs,False-reject rate (%) / 1,0.0075,,( [Good bottles rejected: 3 Quantity] ÷ [Known good bottles tested: 400 Quantity] )
C,Step-by-step substitution from the stated inputs,False-reject rate (%) / 2,0.75,%,(( [Good bottles rejected: 3 Quantity] ÷ [Known good bottles tested: 400 Quantity] ) × 100)
C,Calculated result,False-reject rate,0.75,%,
D,Your project inputs,Known defective bottles tested,100,Quantity,
D,Your project inputs,Defective bottles missed,3,Quantity,
D,Your project inputs,Known good bottles tested,400,Quantity,
D,Your project inputs,Good bottles rejected,5,Quantity,
D,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 1,0.03,,( [Defective bottles missed: 3 Quantity] ÷ [Known defective bottles tested: 100 Quantity] )
D,Step-by-step substitution from the stated inputs,Missed-defect rate (%) / 2,3.0,%,(( [Defective bottles missed: 3 Quantity] ÷ [Known defective bottles tested: 100 Quantity] ) × 100)
D,Calculated result,Missed-defect rate,3.0,%,
D,Step-by-step substitution from the stated inputs,False-reject rate (%) / 1,0.0125,,( [Good bottles rejected: 5 Quantity] ÷ [Known good bottles tested: 400 Quantity] )
D,Step-by-step substitution from the stated inputs,False-reject rate (%) / 2,1.25,%,(( [Good bottles rejected: 5 Quantity] ÷ [Known good bottles tested: 400 Quantity] ) × 100)
D,Calculated result,False-reject rate,1.25,%,
A→D,Separate and combined changes from A,Missed-defect rate / First input alone: C − A,2.0,percentage points,
A→D,Separate and combined changes from A,Missed-defect rate / Second input alone: B − A,0.0,percentage points,
A→D,Separate and combined changes from A,Missed-defect rate / Both inputs: D − A,2.0,percentage points,
A→D,Separate and combined changes from A,Missed-defect rate / Sum of the two separate changes,2.0,percentage points,
A→D,Separate and combined changes from A,Missed-defect rate / Combined change minus that sum,0.0,percentage points,
A→D,Separate and combined changes from A,False-reject rate / First input alone: C − A,0.0,percentage points,
A→D,Separate and combined changes from A,False-reject rate / Second input alone: B − A,0.5,percentage points,
A→D,Separate and combined changes from A,False-reject rate / Both inputs: D − A,0.5,percentage points,
A→D,Separate and combined changes from A,False-reject rate / Sum of the two separate changes,0.5,percentage points,
A→D,Separate and combined changes from A,False-reject rate / Combined change minus that sum,0.0,percentage points,