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Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: praise is part of church
Output:
| [
"praise PartOf church"
] | task1510-8d763c669159409d8681312b4a8e0bbe |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: hand is a kind of body_part
Output:
| [
"hand IsA body_part"
] | task1510-c578b2e6bb544d9090da42837262f77c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: rough can be used as the opposite of soft
Output:
| [
"rough Antonym soft"
] | task1510-4a089f7d2d8c4d5792050422530fe9c7 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: get_up can be used with the same meaning of stand_up
Output:
| [
"get_up Synonym stand_up"
] | task1510-18a59544ccb144caaf23dcbd1f668c57 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: busy can be used as the opposite of nothing
Output:
| [
"busy Antonym nothing"
] | task1510-2ee695dfc750467ab66666735a637f1c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: key is part of keyboard
Output:
| [
"key PartOf keyboard"
] | task1510-ec1338c4186843f3bcc227d980fc622e |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: color can be characterized by beautiful
Output:
| [
"color HasProperty beautiful"
] | task1510-67a29b12d48640879ef91b8e64ac6119 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: bad is a kind of evil
Output:
| [
"bad IsA evil"
] | task1510-4a4492fc98404776ba3fe4d513f9eae5 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: baby can be used as the opposite of adult
Output:
| [
"baby Antonym adult"
] | task1510-d9c2590c6a854c9795c44983344760bf |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: earth can be characterized by large
Output:
| [
"earth HasProperty large"
] | task1510-3b6e7aef02d247a998e4d470b0796d27 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: dinner is a kind of party
Output:
| [
"dinner IsA party"
] | task1510-14315e3d105f4678a814d1851b0e58dc |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: blue can be used as the opposite of yellow
Output:
| [
"blue Antonym yellow"
] | task1510-56481cb85f1247a989a6d43d44910c80 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: person can have or can contain offspring
Output:
| [
"person HasA offspring"
] | task1510-9e821d91e01642709269a36b9690939a |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: car can have or can contain trunk
Output:
| [
"car HasA trunk"
] | task1510-aea66474908f43efb9e27cb5fa183656 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: chocolate can be characterized by white
Output:
| [
"chocolate HasProperty white"
] | task1510-41f83bd9eecd488587a4fa205b616228 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: monk is a kind of person
Output:
| [
"monk IsA person"
] | task1510-886bd0e51ed048c48a9a0b7efe089095 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: artist can be characterized by powerful
Output:
| [
"artist HasProperty powerful"
] | task1510-120cebc49b244d74a760f968ad061b6e |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: eye can be characterized by blue
Output:
| [
"eye HasProperty blue"
] | task1510-d6b11b93cd2449c2934e61bc6f2b8dd6 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: loneliness can be characterized by sad
Output:
| [
"loneliness HasProperty sad"
] | task1510-8cba100d2ccd45a08255e2d817c12367 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: Skeleton is part of build
Output:
| [
"skeleton PartOf build"
] | task1510-a0a784ba2747476db5c9f051a27c7fa8 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: reduce can be used as the opposite of expand
Output:
| [
"reduce Antonym expand"
] | task1510-bedf8b5c7edc4d2db34739e2555c7654 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: soap is a kind of object
Output:
| [
"soap IsA object"
] | task1510-23305090cd2a4b2dad60d46f1044f9ee |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: rain is part of weather
Output:
| [
"rain PartOf weather"
] | task1510-838e4f66a4314ac58695691d346fadba |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: letter is part of book
Output:
| [
"letter PartOf book"
] | task1510-7f0b3fc53daf4a11be4431793e394a5b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: son is a kind of child
Output:
| [
"son IsA child"
] | task1510-4c42f1a166b94fa18f54d7c7ac577c44 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: person can have or can contain muscle
Output:
| [
"person HasA muscle"
] | task1510-b09eba45fa3840dc8299748e32ea6c70 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: ocean can have or can contain wave
Output:
| [
"ocean HasA wave"
] | task1510-8f4f424aa69c449d82db8eecb7f257e3 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: deal can be used with the same meaning of lot
Output:
| [
"deal Synonym lot"
] | task1510-7f7fdefd27b4492ca62fb67b64ed6100 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: buy can be used with the same meaning of shop
Output:
| [
"buy Synonym shop"
] | task1510-02dd89467a044aac88087e976ce8bfa8 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: pillow can be characterized by soft
Output:
| [
"pillow HasProperty soft"
] | task1510-de37233dc8d74faa84d3c0cca6533f49 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: safe can have or can contain money
Output:
| [
"safe HasA money"
] | task1510-7552244fd67145eb9eba86faa5e74ce1 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: beef is a kind of food
Output:
| [
"beef IsA food"
] | task1510-9bf5a202517e4fcab753ac8854ba01b2 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: beautiful can be used as the opposite of ugly
Output:
| [
"beautiful Antonym ugly"
] | task1510-7ed1e39e6e0d4e9eb2fef9ed52f268b7 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: mean can be used with the same meaning of low
Output:
| [
"mean Synonym low"
] | task1510-af53d45cff5c42d6a42afd6c79ce4f69 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: good is a kind of superior
Output:
| [
"good IsA superior"
] | task1510-d3a36911601d499a9d66ebcb909d9858 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: shop can be characterized by fun
Output:
| [
"shop HasProperty fun"
] | task1510-12628d3c687f4f1093e8d7c9918df31f |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: fruit can be characterized by sour
Output:
| [
"fruit HasProperty sour"
] | task1510-d9d60deadc0c4350bcb80d6924909a59 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: paper is made of wood
Output:
| [
"paper MadeOf wood"
] | task1510-96547a7cac9a4cb880f8479ccb891b14 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: light can be characterized by hot
Output:
| [
"light HasProperty hot"
] | task1510-306395914af249679c765c826bf8d22b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: harvest can be used as the opposite of plant
Output:
| [
"harvest Antonym plant"
] | task1510-67140c70b87840a3b13d8337bce59f31 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: earth is part of universe
Output:
| [
"earth PartOf universe"
] | task1510-9cde9c7b96064c9fa502171e6d81aaa7 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: child can be characterized by play
Output:
| [
"child HasProperty play"
] | task1510-83c3867c0d1c463aaf1f4304d255a31a |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: compress can be used with the same meaning of contract
Output:
| [
"compress Synonym contract"
] | task1510-dbbe951b868749448db72ddd6b08c60b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: complete can be used with the same meaning of finish
Output:
| [
"complete Synonym finish"
] | task1510-5f57cfc2535245fbbc6737bcaf67dbcf |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: moon can be characterized by beautiful
Output:
| [
"moon HasProperty beautiful"
] | task1510-9b2c1d75aabf4616bebd68fd20424e03 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: spine is part of skeleton
Output:
| [
"spine PartOf skeleton"
] | task1510-b01501f028c54fb89d2e49571402b3f0 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: decrease can be used with the same meaning of go_down
Output:
| [
"decrease Synonym go_down"
] | task1510-c0c482129a244fba903652d9b93db11b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: head is a kind of top
Output:
| [
"head IsA top"
] | task1510-47d82c871ffc4cd3b3667f5e5361c52c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: include is true then also have is true
Output:
| [
"include Entails have"
] | task1510-97ec4d8db1fd48b99e954fe3860b5569 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: fish can be used as the opposite of meat
Output:
| [
"fish Antonym meat"
] | task1510-dcf07f554bbc493281430558ca52b630 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: everything can be used with the same meaning of all
Output:
| [
"everything Synonym all"
] | task1510-5bcbfa43820045ac88ad8cc7b8ce1a09 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: juice can be characterized by good
Output:
| [
"juice HasProperty good"
] | task1510-78cf0ad8079f4775a718d1da554742c8 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: cake can be characterized by sweet
Output:
| [
"cake HasProperty sweet"
] | task1510-e16c3cfc1bca477a8505476616962d62 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: jury is made of person
Output:
| [
"jury MadeOf person"
] | task1510-dc8528ebc82544b297059341d8135ba4 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: nice can be used with the same meaning of friendly
Output:
| [
"nice Synonym friendly"
] | task1510-35883927efa4420690a16b89dcf94658 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: language can be used with the same meaning of tongue
Output:
| [
"language Synonym tongue"
] | task1510-8ce9bb3ccd504c7082bc80acdfb5a84f |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: floor is a kind of surface
Output:
| [
"floor IsA surface"
] | task1510-80568179b0134879bfcdc2c6ee4f388c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: eye is part of human
Output:
| [
"eye PartOf human"
] | task1510-82130a8d6c604b47bbacccc690750d56 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: noise can be used with the same meaning of sound
Output:
| [
"noise Synonym sound"
] | task1510-d0ef93900b6048e1aa8235d4387cbcc4 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: connect can be used with the same meaning of join
Output:
| [
"connect Synonym join"
] | task1510-4ecad37716e3463cacb2b498c852efcc |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: library can have or can contain literature
Output:
| [
"library HasA literature"
] | task1510-d78173defcc44beb996e57b25dcf04f3 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: kingdom is a kind of group
Output:
| [
"kingdom IsA group"
] | task1510-cfc525470dfd493ba91c6755caf3aacd |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: sentence can have or can contain word
Output:
| [
"sentence HasA word"
] | task1510-3cc9a628d9364aabbd250ff7e2330ccb |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: pain is part of life
Output:
| [
"pain PartOf life"
] | task1510-416b235f0ec74a0dafc3becd5a21c57d |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: curve is a kind of line
Output:
| [
"curve IsA line"
] | task1510-27deabc6052a46d1a5c05de166147de7 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: god can be used as the opposite of mortal
Output:
| [
"god Antonym mortal"
] | task1510-5009c0c724f14834aed471552e20804c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: fire can have or can contain temperature
Output:
| [
"fire HasA temperature"
] | task1510-97f1db5b5cb24c49ae0550983d6d74c2 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: learn can be characterized by important
Output:
| [
"learn HasProperty important"
] | task1510-c12aa5aa64df4275bf5b0ec4de592838 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: computer is a kind of tool
Output:
| [
"computer IsA tool"
] | task1510-7d8cfb274a374f35a4b686a79c30353b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: machine is made of steel
Output:
| [
"machine MadeOf steel"
] | task1510-fb12bbdec4b24c5a8ea79aa30806860b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: manufacture can be used with the same meaning of build
Output:
| [
"manufacture Synonym build"
] | task1510-319fdd9b9d8241cda72767883e8005be |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: king can be characterized by royal
Output:
| [
"king HasProperty royal"
] | task1510-d04b14c6feeb4587bb7cede06e88285c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: lake is made of water
Output:
| [
"lake MadeOf water"
] | task1510-2e4db26f47624822b4168465f5dea304 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: Little can be used with the same meaning of small
Output:
| [
"little Synonym small"
] | task1510-2c10233d2a404d24a69bb34ede80c504 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: sin can be used as the opposite of good
Output:
| [
"sin Antonym good"
] | task1510-f785cb1b4f5a4b30845a3b300f65e52a |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: Sand is a kind of color
Output:
| [
"sand IsA color"
] | task1510-f5dbb9d178504122902231666402a50c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: complex is a kind of place
Output:
| [
"complex IsA place"
] | task1510-392456f636f9431685ee5e3ec963e2b6 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: season is part of cook
Output:
| [
"season PartOf cook"
] | task1510-8100a0bdb94145e99b33c1b82812fd21 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: field can be used as the opposite of bat
Output:
| [
"field Antonym bat"
] | task1510-21556d0db0a2471f8fb38729959e0f65 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: minute is part of degree
Output:
| [
"minute PartOf degree"
] | task1510-19e32353c89e45dbbfc7717391bf2b24 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: Arrange is a kind of agree
Output:
| [
"arrange IsA agree"
] | task1510-1e647dd9e4754549a84c0409a10cbeac |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: Murder is a kind of violence
Output:
| [
"murder IsA violence"
] | task1510-68a5ceb165fc43ea870cd4533900edf4 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: spirit can be characterized by light
Output:
| [
"spirit HasProperty light"
] | task1510-eb6f4376a78f43ed9d21faf624bd458e |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: commerce can be used with the same meaning of trade
Output:
| [
"commerce Synonym trade"
] | task1510-5323a3e09cb54f988fb50c6939a3337b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: bird can be characterized by alive
Output:
| [
"bird HasProperty alive"
] | task1510-60f273e91de94098bb2718b7f9af04e3 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: computer can be used with the same meaning of machine
Output:
| [
"computer Synonym machine"
] | task1510-9eff9226cebb4393be6e8564654a4136 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: cookie can be characterized by good
Output:
| [
"cookie HasProperty good"
] | task1510-2e5a22011ab241ce8fb15371a69476a9 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: join can be used as the opposite of separate
Output:
| [
"join Antonym separate"
] | task1510-db0658d8f86644ea9b7ed5dc550f31a6 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: animal can be used as the opposite of plant
Output:
| [
"animal Antonym plant"
] | task1510-04124dc8bff04dcca4c033f8ca915901 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: market is a kind of place
Output:
| [
"market IsA place"
] | task1510-981f4147b9bc49c1a63d0905f071d935 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: everyone can be characterized by good
Output:
| [
"everyone HasProperty good"
] | task1510-9f4f0ec98fa94e4d86ca3a624d2c161c |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: man is a kind of male
Output:
| [
"man IsA male"
] | task1510-37816aa03df741ccb31c024021b5f3eb |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: cat can have or can contain fur
Output:
| [
"cat HasA fur"
] | task1510-0d2f526c1ef64f7ab67684f18684b937 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: club is a kind of weapon
Output:
| [
"club IsA weapon"
] | task1510-a1ddee9bb5e444d4b82dbe628cbf3a1b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: benefit can be characterized by important
Output:
| [
"benefit HasProperty important"
] | task1510-d4d0bd1601aa4318abfe5b071622548b |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: State is a kind of place
Output:
| [
"state IsA place"
] | task1510-36c9ab64813a42ba9cf15931bb652ba8 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: color can be used with the same meaning of paint
Output:
| [
"color Synonym paint"
] | task1510-1c32b968827f43c59bbb302a965f1b02 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: person can be characterized by fun
Output:
| [
"person HasProperty fun"
] | task1510-b0b30e7752a64ea5950d766cc66cfb9e |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: action can be characterized by excite
Output:
| [
"action HasProperty excite"
] | task1510-cd37b6f0a5e8434baeef13012810b607 |
Definition: Given a phrase describing the relationship between two words, extract the words and the lexical relationship between them. The relation has to be of the type 'MemberOf', 'MadeOf', 'Synonym', 'Entails', 'HasA', 'HasProperty', 'PartOf', 'Antonym' or 'IsA'. The output should have the format: word1 relation word2.
Positive Example 1 -
Input: account can be used with the same meaning of report
Output: account Synonym report
Positive Example 2 -
Input: accident is a kind of happen
Output: accident IsA happen
Negative Example 1 -
Input: act can be characterized by fun
Output: act IsA fun
Negative Example 2 -
Input: bird is a member of flock
Output: bird HasA flock
Now complete the following example -
Input: cool is a kind of temperature
Output:
| [
"cool IsA temperature"
] | task1510-fbe6f17db0cb410fa884213a9b74f9ed |