Crossword-Solution: BIVALENT
Dictionary
| Word | Word Type | Definition |
|---|---|---|
| Bivalent | p. pr. | Equivalent in combining or displacing power to two atoms of hydrogen; dyad. |
We have 2 clues for the answer “BIVALENT”
| Clue | Answers |
|---|---|
| Double, in biology. | 1 answer |
| Tetrad, in genetics | 1 answer |
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Kind of apple
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E
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A
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T
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R
Hint 1 meaning
One who, or that which, eats.
Hint 2 anagram
EREAT
Hint 3 another clue
greedy person
10 +1
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Sentences with BIVALENT (5)
Literacy instilled bivalent logic as another of its invisible layers-something is written or not, the written is right or wrong-allowing only quite late, and actually in the realm of logical formalism, the appearance of multi-valued schemes.
When we compare the formula of water with that of hydrochloric acid, we find that there is twice as much hydrogen combined with one atom of oxygen as there is combined with one atom of chlorine; and in a great many other instances, we find that we can replace two atoms of chlorine by one atom of oxygen, so that we get an idea of the exchangeable value of these elements, and we say that one atom of oxygen is worth two of chlorine, or is bivalent; similarly, nitrogen is said to be trivalent.
You cool them, you do us much good." I received this information as indicating that the two socio-economic units were inimical, and unfortunately lapsed into an example of the Bivalent Error.
Those elements which are equivalent in combining or displacing power to a single atom of hydrogen are said to be _univalent_ or _monad_ elements; whilst those which are equivalent to two atoms of hydrogen are termed bivalent or dyad elements; and those equivalent to three, four, five or six atoms of hydrogen triad, tetrad, pentad or hexad elements.
Figures 18_b_, 19, 20, and 21 show various stages in the contraction of these split bivalent chromosomes to form diamond-shaped tetrads, each side of which is a univalent daughter chromosome.
Where this answer appears
Appears in: Boston Globe, NYT.
Used 2 times in crossword archives (1953–2013).