electron transport chain: be important to organisms

from Quasimodo
0.2 0.4 0.6 0.8 Plausible Typical Remarkable Salient

Related concepts

Parents process
Weight: 0.52
Siblings phagocytosis
Weight: 0.32
, photosynthesis
Weight: 0.32
, cellular respiration
Weight: 0.32
, hydrolysis
Weight: 0.31
, filament
Weight: 0.31

Related properties

Property Similarity
be important to organisms 1.00
be important to living organisms 0.95
be critical to organism 0.88
be important to eukaryotic cells 0.84
be used by bacteria 0.84
be essential to eukaryotic cells 0.84
be critical to survival of organism 0.83
be important to humans 0.83
be necessary for survival of organism 0.83
be important for humans 0.82

Priors about this statement

Cues

0.2 0.4 0.6 0.8 Joint Necessity Sufficiency Implication Entailment Contradiction Entropy

Evidence

0.2 0.4 0.6 0.8 Plausible Typical Remarkable Salient

Clauses

Remarkability exclusitivity between siblings

0.07
Rule weight: 0.13
Evidence weight: 0.53
Similarity weight: 1.00
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.52
¬ Remarkable(hydrolysis, be important to organisms)
0.07
Rule weight: 0.13
Evidence weight: 0.56
Similarity weight: 0.95
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.49
¬ Remarkable(hydrolysis, be important to living organisms)
0.05
Rule weight: 0.13
Evidence weight: 0.43
Similarity weight: 0.84
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.63
¬ Remarkable(hydrolysis, be used by bacteria)
0.04
Rule weight: 0.13
Evidence weight: 0.35
Similarity weight: 0.82
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.72
¬ Remarkable(cellular respiration, be important for humans)
0.03
Rule weight: 0.13
Evidence weight: 0.24
Similarity weight: 1.00
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.84
¬ Remarkable(cellular respiration, be important to organisms)
0.03
Rule weight: 0.13
Evidence weight: 0.27
Similarity weight: 0.82
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.81
¬ Remarkable(photosynthesis, be important for humans)
0.03
Rule weight: 0.13
Evidence weight: 0.26
Similarity weight: 0.83
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.82
¬ Remarkable(photosynthesis, be important to humans)
0.03
Rule weight: 0.13
Evidence weight: 0.22
Similarity weight: 0.88
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.86
¬ Remarkable(cellular respiration, be critical to organism)
0.02
Rule weight: 0.13
Evidence weight: 0.20
Similarity weight: 0.84
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.88
¬ Remarkable(cellular respiration, be important to eukaryotic cells)

Remarkability from sibling implausibility

0.56
Rule weight: 0.60
Evidence weight: 0.94
Similarity weight: 1.00
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.84
Remarkable(cellular respiration, be important to organisms) ⋁
Evidence: 0.79
¬ Plausible(cellular respiration, be important to organisms)
0.51
Rule weight: 0.60
Evidence weight: 0.96
Similarity weight: 0.88
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.86
Remarkable(cellular respiration, be critical to organism) ⋁
Evidence: 0.65
¬ Plausible(cellular respiration, be critical to organism)
0.50
Rule weight: 0.60
Evidence weight: 0.83
Similarity weight: 1.00
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.52
Remarkable(hydrolysis, be important to organisms) ⋁
Evidence: 0.74
¬ Plausible(hydrolysis, be important to organisms)
0.49
Rule weight: 0.60
Evidence weight: 0.96
Similarity weight: 0.84
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.88
Remarkable(cellular respiration, be important to eukaryotic cells) ⋁
Evidence: 0.69
¬ Plausible(cellular respiration, be important to eukaryotic cells)
0.46
Rule weight: 0.60
Evidence weight: 0.81
Similarity weight: 0.95
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.49
Remarkable(hydrolysis, be important to living organisms) ⋁
Evidence: 0.77
¬ Plausible(hydrolysis, be important to living organisms)
0.46
Rule weight: 0.60
Evidence weight: 0.92
Similarity weight: 0.83
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.82
Remarkable(photosynthesis, be important to humans) ⋁
Evidence: 0.94
¬ Plausible(photosynthesis, be important to humans)
0.45
Rule weight: 0.60
Evidence weight: 0.91
Similarity weight: 0.82
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.81
Remarkable(photosynthesis, be important for humans) ⋁
Evidence: 0.95
¬ Plausible(photosynthesis, be important for humans)
0.45
Rule weight: 0.60
Evidence weight: 0.89
Similarity weight: 0.84
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.63
Remarkable(hydrolysis, be used by bacteria) ⋁
Evidence: 0.63
¬ Plausible(hydrolysis, be used by bacteria)
0.43
Rule weight: 0.60
Evidence weight: 0.87
Similarity weight: 0.82
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.72
Remarkable(cellular respiration, be important for humans) ⋁
Evidence: 0.95
¬ Plausible(cellular respiration, be important for humans)

Salient implies Plausible

0.18
Rule weight: 0.28
Evidence weight: 0.63
Similarity weight: 1.00
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.77
¬ Salient(electron transport chain, be important to organisms)

Similarity expansion

0.74
Rule weight: 0.85
Evidence weight: 0.92
Similarity weight: 0.95
Evidence: 0.90
Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.88
¬ Remarkable(electron transport chain, be important to living organisms)
0.67
Rule weight: 0.85
Evidence weight: 0.82
Similarity weight: 0.95
Evidence: 0.77
Salient(electron transport chain, be important to organisms) ⋁
Evidence: 0.77
¬ Salient(electron transport chain, be important to living organisms)
0.60
Rule weight: 0.85
Evidence weight: 0.74
Similarity weight: 0.95
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.54
¬ Plausible(electron transport chain, be important to living organisms)
0.60
Rule weight: 0.85
Evidence weight: 0.74
Similarity weight: 0.95
Evidence: 0.37
Typical(electron transport chain, be important to organisms) ⋁
Evidence: 0.41
¬ Typical(electron transport chain, be important to living organisms)

Typical and Remarkable implies Salient

0.13
Rule weight: 0.14
Evidence weight: 0.92
Similarity weight: 1.00
Evidence: 0.77
Salient(electron transport chain, be important to organisms) ⋁
Evidence: 0.37
¬ Typical(electron transport chain, be important to organisms) ⋁
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms)

Typical implies Plausible

0.39
Rule weight: 0.48
Evidence weight: 0.82
Similarity weight: 1.00
Evidence: 0.52
Plausible(electron transport chain, be important to organisms) ⋁
Evidence: 0.37
¬ Typical(electron transport chain, be important to organisms)

Typicality and Rermarkability incompatibility between siblings

0.06
Rule weight: 0.14
Evidence weight: 0.48
Similarity weight: 0.88
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.57
¬ Typical(cellular respiration, be critical to organism)
0.05
Rule weight: 0.14
Evidence weight: 0.46
Similarity weight: 0.84
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.60
¬ Typical(cellular respiration, be important to eukaryotic cells)
0.05
Rule weight: 0.14
Evidence weight: 0.41
Similarity weight: 0.84
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.65
¬ Typical(hydrolysis, be used by bacteria)
0.04
Rule weight: 0.14
Evidence weight: 0.32
Similarity weight: 1.00
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.75
¬ Typical(cellular respiration, be important to organisms)
0.03
Rule weight: 0.14
Evidence weight: 0.26
Similarity weight: 1.00
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.82
¬ Typical(hydrolysis, be important to organisms)
0.03
Rule weight: 0.14
Evidence weight: 0.23
Similarity weight: 0.95
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.86
¬ Typical(hydrolysis, be important to living organisms)
0.02
Rule weight: 0.14
Evidence weight: 0.13
Similarity weight: 0.83
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.96
¬ Typical(photosynthesis, be important to humans)
0.01
Rule weight: 0.14
Evidence weight: 0.12
Similarity weight: 0.82
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.98
¬ Typical(photosynthesis, be important for humans)
0.01
Rule weight: 0.14
Evidence weight: 0.11
Similarity weight: 0.82
Evidence: 0.90
¬ Remarkable(electron transport chain, be important to organisms) ⋁
Evidence: 0.98
¬ Typical(cellular respiration, be important for humans)