alloy: be used for more applications than pure metallic elements

Property	Similarity
be used for more applications than pure metallic elements	1.00
be different than metallic elements	0.91
be used instead of pure metal elements	0.89
be used more than pure metal	0.88
is used more than pure metals	0.86
be more resistant than pure metals	0.86
be more useful than pure metals	0.85
be used instead of pure metal	0.85
be used more then pure metals	0.85
be better than pure metal	0.85

0.74

Rule weight: 0.85
Evidence weight: 0.97
Similarity weight: 0.89

Evidence: 0.93

Typical(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.34

¬ Typical(alloy, be used instead of pure metal elements)

0.74

Rule weight: 0.85
Evidence weight: 0.97
Similarity weight: 0.89

Evidence: 0.80

Plausible(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.14

¬ Plausible(alloy, be used instead of pure metal elements)

0.73

Rule weight: 0.85
Evidence weight: 0.96
Similarity weight: 0.89

Evidence: 0.73

Salient(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.15

¬ Salient(alloy, be used instead of pure metal elements)

0.72

Rule weight: 0.85
Evidence weight: 0.93
Similarity weight: 0.91

Evidence: 0.93

Typical(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.88

¬ Typical(alloy, be different than metallic elements)

0.72

Rule weight: 0.85
Evidence weight: 0.96
Similarity weight: 0.88

Evidence: 0.93

Typical(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.48

¬ Typical(alloy, be used more than pure metal)

0.72

Rule weight: 0.85
Evidence weight: 0.97
Similarity weight: 0.86

Evidence: 0.93

Typical(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.35

¬ Typical(alloy, is used more than pure metals)

0.72

Rule weight: 0.85
Evidence weight: 0.98
Similarity weight: 0.85

Evidence: 0.80

Plausible(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.08

¬ Plausible(alloy, be used instead of pure metal)

0.72

Rule weight: 0.85
Evidence weight: 0.98
Similarity weight: 0.85

Evidence: 0.93

Typical(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.22

¬ Typical(alloy, be used instead of pure metal)

0.71

Rule weight: 0.85
Evidence weight: 0.97
Similarity weight: 0.85

Evidence: 0.73

Salient(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.10

¬ Salient(alloy, be used instead of pure metal)

0.68

Rule weight: 0.85
Evidence weight: 0.93
Similarity weight: 0.86

Evidence: 0.93

Typical(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.92

¬ Typical(alloy, be more resistant than pure metals)

0.68

Rule weight: 0.85
Evidence weight: 0.93
Similarity weight: 0.85

Evidence: 0.93

Typical(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.90

¬ Typical(alloy, be more useful than pure metals)

0.67

Rule weight: 0.85
Evidence weight: 0.88
Similarity weight: 0.89

Evidence: 0.35

Remarkable(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.18

¬ Remarkable(alloy, be used instead of pure metal elements)

0.67

Rule weight: 0.85
Evidence weight: 0.89
Similarity weight: 0.88

Evidence: 0.80

Plausible(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.53

¬ Plausible(alloy, be used more than pure metal)

0.66

Rule weight: 0.85
Evidence weight: 0.90
Similarity weight: 0.86

Evidence: 0.80

Plausible(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.52

¬ Plausible(alloy, is used more than pure metals)

0.65

Rule weight: 0.85
Evidence weight: 0.90
Similarity weight: 0.85

Evidence: 0.35

Remarkable(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.15

¬ Remarkable(alloy, be used instead of pure metal)

0.65

Rule weight: 0.85
Evidence weight: 0.83
Similarity weight: 0.91

Evidence: 0.80

Plausible(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.83

¬ Plausible(alloy, be different than metallic elements)

0.62

Rule weight: 0.85
Evidence weight: 0.82
Similarity weight: 0.88

Evidence: 0.73

Salient(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.66

¬ Salient(alloy, be used more than pure metal)

0.61

Rule weight: 0.85
Evidence weight: 0.84
Similarity weight: 0.86

Evidence: 0.80

Plausible(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.80

¬ Plausible(alloy, be more resistant than pure metals)

0.61

Rule weight: 0.85
Evidence weight: 0.84
Similarity weight: 0.85

Evidence: 0.80

Plausible(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.80

¬ Plausible(alloy, be more useful than pure metals)

0.60

Rule weight: 0.85
Evidence weight: 0.77
Similarity weight: 0.91

Evidence: 0.73

Salient(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.87

¬ Salient(alloy, be different than metallic elements)

0.59

Rule weight: 0.85
Evidence weight: 0.80
Similarity weight: 0.86

Evidence: 0.73

Salient(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.74

¬ Salient(alloy, is used more than pure metals)

0.59

Rule weight: 0.85
Evidence weight: 0.80
Similarity weight: 0.86

Evidence: 0.73

Salient(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.75

¬ Salient(alloy, be more resistant than pure metals)

0.58

Rule weight: 0.85
Evidence weight: 0.79
Similarity weight: 0.85

Evidence: 0.73

Salient(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.78

¬ Salient(alloy, be more useful than pure metals)

0.55

Rule weight: 0.85
Evidence weight: 0.76
Similarity weight: 0.86

Evidence: 0.35

Remarkable(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.37

¬ Remarkable(alloy, be more resistant than pure metals)

0.52

Rule weight: 0.85
Evidence weight: 0.72
Similarity weight: 0.85

Evidence: 0.35

Remarkable(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.43

¬ Remarkable(alloy, be more useful than pure metals)

0.48

Rule weight: 0.85
Evidence weight: 0.62
Similarity weight: 0.91

Evidence: 0.35

Remarkable(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.58

¬ Remarkable(alloy, be different than metallic elements)

0.37

Rule weight: 0.85
Evidence weight: 0.50
Similarity weight: 0.88

Evidence: 0.35

Remarkable(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.77

¬ Remarkable(alloy, be used more than pure metal)

0.30

Rule weight: 0.85
Evidence weight: 0.41
Similarity weight: 0.86

Evidence: 0.35

Remarkable(alloy, be used for more applications than pure metallic elements) ⋁

Evidence: 0.90

¬ Remarkable(alloy, is used more than pure metals)

Parents	product Weight: 0.57 , material Weight: 0.54 , thing Weight: 0.53 , metal Weight: 0.49
Siblings	silicon carbide Weight: 0.71 , brass Weight: 0.63 , titanium Weight: 0.63 , steel Weight: 0.61 , tungsten Weight: 0.60

alloy: be used for more applications than pure metallic elements

Related concepts

Related properties

Priors about this statement

Cues

Evidence

Clauses

Salient implies Plausible

Similarity expansion

Typical and Remarkable implies Salient

Typical implies Plausible