Unsharpened Factoids
An arrangement can be symmetric.
Logical form
[〈det arrangement.n〉 symmetric.a]
Learned by reading
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A (bilinear form) can be symmetric.
Logical form
[〈det (nn bilinear.n form.n)〉 symmetric.a]
Learned by reading
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A distribution can be symmetric.
Logical form
[〈det distribution.n〉 symmetric.a]
Learned by reading
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Logical form
[〈det (plur algorithm.n)〉 symmetric.a]
Learned by reading
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A cryptography can be symmetric.
Logical form
[〈det cryptography.n〉 symmetric.a]
Learned by reading
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An encryption can be symmetric.
Logical form
[〈det encryption.n〉 symmetric.a]
Learned by reading
See source sentences for this factoid.
Logical form
[〈det (plur cipher.n)〉 symmetric.a]
Learned by reading
See source sentences for this factoid.
Logical form
[〈det (plur person.n)〉 symmetric.a]
Learned by reading
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Sharpened Factoids
Many or some keys are symmetric.
Logical form
(many-or-some x: [x key.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
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Many or some forms are symmetric.
Logical form
(many-or-some x: [x form.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
Click on a source factoid to see the original English sentences it was learned from.
Many or some arrangements are symmetric.
Logical form
(many-or-some x: [x arrangement.n]
[x symmetric.a])Sharpened from
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Many or some operators are symmetric.
Logical form
(many-or-some x: [x operator.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
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Many or some bilinear forms are symmetric.
Logical form
(many-or-some x: [x bilinear-form.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
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Many or some distributions are symmetric.
Logical form
(many-or-some x: [x distribution.n]
[x symmetric.a])Sharpened from
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Many or some algorithms are symmetric.
Logical form
(many-or-some x: [x algorithm.n]
[x symmetric.a])Sharpened from
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Many or some bodies are symmetric.
Logical form
(many-or-some x: [x body.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
Click on a source factoid to see the original English sentences it was learned from.
Many or some cryptographies are symmetric.
Logical form
(many-or-some x: [x cryptography.n]
[x symmetric.a])Sharpened from
Click on a source factoid to see the original English sentences it was learned from.
Many or some encryptions are symmetric.
Logical form
(many-or-some x: [x encryption.n]
[x symmetric.a])Sharpened from
Click on a source factoid to see the original English sentences it was learned from.
Many or some ciphers are symmetric.
Logical form
(many-or-some x: [x cipher.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
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Many or some shapes are symmetric.
Logical form
(many-or-some x: [x shape.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
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Many or some persons are symmetric.
Logical form
(many-or-some x: [x person.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
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Many or some versions are symmetric.
Logical form
(many-or-some x: [x version.n]
[x symmetric.a])Sharpened from
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Many or some squares are symmetric.
Logical form
(many-or-some x: [x square.n]
(some e: [[x | e] enduring]
[[x symmetric.a] ** e]))Sharpened from
Click on a source factoid to see the original English sentences it was learned from.