ELECTRON BOND POTENTIAL
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- Randolf Wilkinson
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1 E ELECTRON BOND POTENTIAL
2 ELECTRON BOND POTENTIAL
3 E- BOND POTENTIAL > E- 6 P NUCLEUS PROXIMITY E- BOND POTENTIAL
4 E- BOND POTENTIAL E 6 P+ NUCLEUS 6 N~ = E- CARBON ATOM
5 E- BOND POTENTIAL C 6 P+ NUCLEUS E- 6 N~ E- W/ INNER PROXIMITY = E- CARBON ATOM
6 E- BOND POTENTIAL G 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS E- W/ INNER PROXIMITY = E- CARBON ATOM
7 E- BOND POTENTIAL L 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS GREATER NUCLEUS ATTRACTION E- W/ INNER PROXIMITY = E- CARBON ATOM
8 E- BOND POTENTIAL ^ E 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS GREATER NUCLEUS ATTRACTION LOW BOND POTENTIAL = E- CARBON ATOM
9 E- BOND POTENTIAL D E- W/ OUTER PROXIMITY E- 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS GREATER NUCLEUS ATTRACTION LOW BOND POTENTIAL = E- CARBON ATOM
10 E- BOND POTENTIAL L E- W/ OUTER PROXIMITY E- DISTANT PROXIMITY TO NUCLEUS 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS GREATER NUCLEUS ATTRACTION LOW BOND POTENTIAL = E- CARBON ATOM
11 E- BOND POTENTIAL E- W/ OUTER PROXIMITY E- DISTANT PROXIMITY TO NUCLEUS LESS NUCLEUS ATTRACTION 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS GREATER NUCLEUS ATTRACTION LOW BOND POTENTIAL = E- CARBON ATOM
12 E- BOND POTENTIAL F IG BOND POTENTIAL E- DISTANT PROXIMITY TO NUCLEUS LESS NUCLEUS ATTRACTION 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS GREATER NUCLEUS ATTRACTION LOW BOND POTENTIAL = E- CARBON ATOM
13 E- BOND POTENTIAL V FORM CEM BONDS E- DISTANT PROXIMITY TO NUCLEUS LESS NUCLEUS ATTRACTION 6 P+ NUCLEUS E- 6 N~ CLOSE PROXIMITY TO NUCLEUS GREATER NUCLEUS ATTRACTION LOW BOND POTENTIAL = E- CARBON ATOM
14 VALENCE ELECTRONS > VALENCE ELECTRONS 6 P+ NUCLEUS 6 N~ = E- CARBON ATOM
15 CEMICAL BONDS ^ VALENCE E- KEY 6 P NUCLEUS CEMICAL BOND FORMATION CEMICAL BONDS
16 E VALENCE E- ELECTRO-NEGATIVITY
17 ELECTRO-NEGATIVITY
18 ELECTRO-NEGATIVITY D ELEMENT E- 6 P NUCLEUS AFFINITY ELECTRO-NEGATIVITY
19 ELECTRO-NEGATIVITY VALUES D ATOM: CARBON Symbol: C Atomic Number: 6 Atomic Mass: amu Melting Point: C ( K, F) Boiling Point: C ( K, F) Number of Protons/Electrons: 6 Number of Neutrons: 6 Electro-Negativity: 2.5 Classification: Non-metal Crystal Structure: exagonal 293 K: 2.62 g/cm3 Color: May be black ATOM: OXYGEN Symbol: O Atomic Number: 8 Atomic Mass: amu Melting Point: C ( K, F) Boiling Point: C (90.15 K, F) Number of Protons/Electrons: 8 Number of Neutrons: 8 Electro-Negativity: 3.5 Classification: Non-metal Crystal Structure: Cubic 293 K: g/cm3 Color: colorless DIFFERENT ELEMENTS
20 ELECTRO-NEGATIVITY VALUES C O D ATOM: CARBON Symbol: C Atomic Number: 6 Atomic Mass: amu Melting Point: C ( K, F) Boiling Point: C ( K, F) Number of Protons/Electrons: 6 Number of Neutrons: 6 Electro-Negativity: 2.5 Classification: Non-metal Crystal Structure: exagonal 293 K: 2.62 g/cm3 Color: May be black ATOM: OXYGEN Symbol: O Atomic Number: 8 Atomic Mass: amu Melting Point: C ( K, F) Boiling Point: C (90.15 K, F) Number of Protons/Electrons: 8 Number of Neutrons: 8 Electro-Negativity: 3.5 Classification: Non-metal Crystal Structure: Cubic 293 K: g/cm3 Color: colorless DIFFERENT ELEMENTS DIFFERENT ELEMENTAL PROPERTIES
21 ELECTRO-NEGATIVITY VALUES ATOM: CARBON Symbol: C Atomic Number: 6 Atomic Mass: amu Melting Point: C ( K, F) Boiling Point: C ( K, F) Number of Protons/Electrons: 6 Number of Neutrons: 6 Electro-Negativity: 2.5 Classification: Non-metal Crystal Structure: exagonal 293 K: 2.62 g/cm3 Color: May be black ATOM: OXYGEN Symbol: O Atomic Number: 8 Atomic Mass: amu Melting Point: C ( K, F) Boiling Point: C (90.15 K, F) Number of Protons/Electrons: 8 Number of Neutrons: 8 Electro-Negativity: 3.5 Classification: Non-metal Crystal Structure: Cubic 293 K: g/cm3 Color: colorless DIFFERENT ELEMENTS DIFFERENT ELECTRO-NEGATIVITY VALUES
22 PERIODIC TABLE ELECTRO-NEGATIVITY VALUES AP IGER E-N VALUE TE GREATER TE E- AFFINITY
23 ELECTRO-NEGATIVITY APPILED
24 ELECTRO-NEGATIVITY VALUES L ATOM ATOM 1ST ATOM 2ND ATOM = E- CEMICAL BOND
25 ELECTRO-NEGATIVITY VALUES ATOM ATOM 1ST ATOM 2ND ATOM LOW E- NEG VALUE = E- CEMICAL BOND
26 ELECTRO-NEGATIVITY VALUES B ATOM ATOM 1ST ATOM 2ND ATOM LOW E- NEG VALUE IG E- NEG VALUE = E- CEMICAL BOND
27 ELECTRO-NEGATIVITY VALUES ATOM BOND ATOM 1ST ATOM 2ND ATOM LOW E- NEG VALUE IG E- NEG VALUE = E- CEMICAL BOND
28 ELECTRO-NEGATIVITY VALUES ATOM BOND ATOM 1ST ATOM 2ND ATOM LOW E- NEG VALUE IG E- NEG VALUE = E- CEMICAL BOND
29 ELECTRO-NEGATIVITY VALUES > ATOM BOND ATOM 1ST ATOM 2ND ATOM LOW E- NEG VALUE IG E- NEG VALUE = E- CEMICAL BOND
30 CEMICAL BONDS CEMICAL BONDS > E- MOVE FROM ATOMS W/ LOW E- NEG 6 P NUCLEUS ATOMS W/ IG E- NEG
31 CEMICAL BONDS CEMICAL BONDS ^ ELECTRO NEGATIVITY KEY 6 P NUCLEUS CEMICAL BOND FORMATION
32 L CEMICAL BOND TYPES
33 CEMICAL BOND TYPES COVALENT BONDS CEMICAL BOND TYPES
34 CEMICAL BOND TYPES COVALENT BONDS IONIC BONDS CEMICAL BOND TYPES
35 CEMICAL BOND ^ TYPES COVALENT BONDS IONIC BONDS YDROGEN BONDS CEMICAL BOND TYPES
36 C COVALENT BONDS
37 COVALENT BONDS
38 COVALENT BONDS ^ ATOMS SARE 6 P NUCLEUS VALENCE E- COVALENT BONDS
39 NON-POLAR ^ COVALENT BONDS & POLAR COVALENT BONDS
40 N NON-POLAR COVALENT BOND
41 NON-POLAR COVALENT BOND
42 NON-POLAR COVALENT BOND EG ATOMS EQUALLY 6 P SARE NUCLEUS VALENCE E- NON-POLAR COVALENT BOND
43 > NON-POLAR COVALENT BOND EXAMPLE YDROGEN MOLECULE
44 NON-POLAR COVLENT BOND B YDROGEN ATOMS = E-
45 NON-POLAR COVLENT BOND = E- YDROGEN ATOMS 1ST ATOM 2ND ATOM BOND = E- YDROGEN MOLECULE
46 NON-POLAR COVLENT BOND < YDROGEN MOLECULE 1ST ATOM 2ND ATOM BOND ELECTRO- = 2.1 ELECTRO- = 2.1 = E- YDROGEN EQUAL ELECTRO- MOLECULE
47 NON-POLAR COVLENT BOND > YDROGEN MOLECULE 1ST ATOM 2ND ATOM BOND ELECTRO- = 2.1 ELECTRO- = 2.1 = E- YDROGEN EQUAL ELECTRO- MOLECULE
48 NON-POLAR COVLENT BOND = S YDROGEN MOLECULE 1ST ATOM 2ND ATOM BOND ELECTRO- = 2.1 ELECTRO- = 2.1 = E- YDROGEN EQUAL ELECTRO- MOLECULE
49 NON-POLAR COVLENT BOND N YDROGEN MOLECULE 1ST ATOM 2ND ATOM BOND ELECTRO- = 2.1 ELECTRO- = 2.1 = E- EQUAL E- SARING
50 NON-POLAR COVLENT BOND S YDROGEN MOLECULE 1ST ATOM 2ND ATOM BOND ELECTRO- = 2.1 ELECTRO- = 2.1 = E- NON-POLAR BOND
51 NON-POLAR COVLENT BOND S YDROGEN MOLECULE 1ST ATOM 2ND ATOM BOND ELECTRO- = 2.1 ELECTRO- = 2.1 = E- IG E- SARING
52 NON-POLAR COVLENT BOND > YDROGEN MOLECULE 1ST ATOM 2ND ATOM BOND ELECTRO- = 2.1 ELECTRO- = 2.1 = E- STRONG COVALENT BOND
53 CEMICAL BONDS ^ NON-POLAR C.B. STRONGER 6 P TAN NUCLEUS POLAR C.B. CEMICAL BONDS
54 P POLAR COVALENT BOND
55 POLAR COVALENT BOND
56 POLAR COVALENT BOND EG ATOMS UNEQUALLY SARE 6 P NUCLEUS VALENCE E- POLAR COVALENT BOND
57 WM POLAR COVALENT BOND EXAMPLE WATER MOLECULE
58 POLAR COVLENT BOND D E- OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND = E-
59 POLAR COVLENT BOND OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 ELECTRO- = 2.1 ELECTRO- = 2.1 = E- O & DIFF ELECTRO-
60 POLAR COVLENT BOND O OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 ELECTRO- = 2.1 ELECTRO- = 2.1 = E- O & DIFF ELECTRO-
61 POLAR COVLENT BOND U OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 ELECTRO- = 2.1 ELECTRO- = 2.1 = E- O & DIFF ELECTRO-
62 POLAR COVLENT BOND? O OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 ELECTRO- = 2.1 ELECTRO- = 2.1 = E- UNEQUAL E- SARING
63 POLAR COVLENT BOND? CARGE - OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 ELECTRO- = 2.1 ELECTRO- = 2.1 = E- UNEQUAL E- SARING
64 POLAR COVLENT BOND -? CARGE? OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 ELECTRO- = 2.1 ELECTRO- = 2.1 = E- UNEQUAL E- SARING
65 POLAR COVLENT BOND -? CARGE + OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 = E-? CARGE ELECTRO- = 2.1 ELECTRO- = 2.1 UNEQUAL E- SARING
66 POLAR COVLENT BOND -? CARGE P OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 = E- +? CARGE ELECTRO- = 2.1 ELECTRO- = 2.1 UNEQUAL E- SARING
67 POLAR COVLENT BOND -? CARGE MS OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 = E- +? CARGE ELECTRO- = 2.1 ELECTRO- = 2.1 POLAR BOND
68 POLAR COVLENT BOND -? CARGE W OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 = E- +? CARGE ELECTRO- = 2.1 ELECTRO- = 2.1 MODERATE E- SARING
69 POLAR COVLENT BOND -? CARGE > OXYGEN IGER ELECTRO- O WATER MOLECULE YDROGEN LOWER ELECTRO- BOND BOND ELECTRO- = 3.5 = E- +? CARGE ELECTRO- = 2.1 ELECTRO- = 2.1 WEAK COVALENT BOND
70 CEMICAL BONDS > POLAR C.B. WEAKER 6 P TAN NUCLEUS NON-POLAR C.B. CEMICAL BONDS
71 CEMICAL BONDS ^ COVALENT BONDS STRONGER 6 P TAN NUCLEUS IONIC BONDS CEMICAL BONDS
72 IONIC BONDS ^
73 ION I
74 ION
75 ION ^ CARGED 6 P ATOM NUCLEUS ION
76 CATION VS ANION C
77 CATION
78 CATION > POSITIVE CARGED 6 P NUCLEUS ION CATION
79 L ATOM 6 P NUCLEUS LOW ELECTRO-NEGATIVITY = E-
80 ATOM 6 P NUCLEUS = E- LOSES E-
81 ? ATOM 6 P NUCLEUS = E- LOSES E-
82 + ATOM 6 P NUCLEUS = E- IMPARTS? CARGE
83 ATOM! C 6 P NUCLEUS = E- + CARGE
84 CATION ^ A 6 P NUCLEUS = E- + CARGE
85 ANION
86 ANION > NEGATIVE CARGED 6 P NUCLEUS ION ANION
87 G ATOM 6 P NUCLEUS IG ELECTRO-NEGATIVITY = E-
88 ATOM 6 P NUCLEUS = E- GAINS E-
89 ? ATOM 6 P NUCLEUS = E- GAINS E-
90 - ATOM 6 P NUCLEUS = E- IMPARTS? CARGE
91 ATOM! A 6 P NUCLEUS = E- - CARGE
92 ^ ANION 6 P NUCLEUS = E- - CARGE
93 IONIC BOND I
94 IONIC BOND
95 IONIC BOND EG E- TRANSFER FROM 6 P NUCLEUS CATION ANION IONIC BOND
96 + IONIC BOND EXAMPLE SODIUM CLORIDE
97 IONIC BOND NaCl Na IONIC BOND Cl SODIUM CLORIDE = E-
98 IONIC BOND NaCl = TABLE SALT S E- Na IONIC BOND Cl SODIUM CLORIDE = E-
99 IONIC BOND NaCl = TABLE SALT C E- Na IONIC BOND Cl E- NEG = 0.9 SODIUM CLORIDE = E-
100 IONIC BOND NaCl = TABLE SALT S L Na IONIC BOND Cl E- NEG = 0.9 E- NEG = 3.0 SODIUM CLORIDE = E-
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