Term
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Definition
| OVERLAP OF 2 S ORBITALS OR AN S AND A P ORBITAL OR HEAD-TO-HEAD P ORBITALS |
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Term
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Definition
| FORMS THE STRONGEST POSSIBLE BOND, TWO ATOMS ARE ARRANGED TO GIVE THE GREATEST POSSIBLE ORBITAL OVERLAP. |
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Term
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Definition
| A BLENDING OF AROMIC ORBITALS TO CREATE ORBITALS OF INTERMEDIATEENERGY. |
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Term
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Definition
| COME FROM THE SIDEWAYS OVERLAP OF P ATOMIS ORBITALS; THE REGION ABOCE AN DBELOW THE INTERNUCLEAR AXIS. |
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Term
| BONDING MOLECULAR ORBITAL |
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Definition
| AN ORBITAL LOWER IN ENERGY THAN TH ATOMIC ORBITALS FROM WHICH IT IS COMPOSED |
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Term
| ANTIBONDING MOLECULAR ORBITALS |
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Definition
| AN ORBITAL HIGHER IN ENERGY THAT THE ATOMIC ORBITALS FROM WHICH IT IS COMPOSED. |
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Term
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Definition
| THE DIFFERENCE BETWEEN THE NUMBER OF BONDIG ELECTRONS AND THE NUMBER OF ANTIBONDING ELECTRONS DIVIDED BY 2. |
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Term
| HOMONUCLEAR DIATOMIC MOLECULES |
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Definition
| THOSE COMPOSED OF 2 IDENTICAL ATOMS |
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Term
| HETERONUCLEAR DIATOMIC MOLECULES |
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Definition
| THOSE COMPOSED OF 2 DIFFERENT ATOMS |
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Term
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Definition
| CAUSES THE SUBSTANCE TO BE DRAWN INTO A MAGNETIC FIELDS; ASSOCIATED WITH UNPAIRED ELECTRONS. |
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Term
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Definition
| CAUSES THE SUBSTANCE TO BE REPELLED BY A MAGNETIC FIELD; ASSOCIATED WITH PAIRED ELECTRONS. |
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