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Element Bond

Since the hydrogen-element bond energy decreases from sulphur to tellurium they are stronger acids than hydrogen sulphide in aqueous solution but are still classified as weak acids—similar change in acid strength is observed for Group Vll hydrides. [Pg.284]

Elements Bond type Bond length, pm Elements Bond type Bond length, pm... [Pg.314]

COMPOUND BOND ELEMENT BONDED TO F FLUORINE BOND TYPE... [Pg.289]

ELEMENT BONDING ORBITALS BONDING CAPACITY MOLECULAR SHAPE OF THE FLUORIDE EXAMPLE... [Pg.293]

Sea of electrons, 304 Seaborg, Glenn T., 420 Second column of periodic table, 377 Second-row elements, bonding capacity. 281... [Pg.464]

The deprotonated complex is a nucleophilic synthon which reacts smoothly with a large variety of organic and inorganic electrophiles forming a carbon-element bond Eq. (14) and Scheme IX ... [Pg.65]

The nature of a binary hydride is related to the characteristics of the element bonded to hydrogen (Fig. 14.8). Strongly electropositive metallic elements form ionic compounds with hydrogen in which the latter is present as a hydride ion, H. These ionic compounds are called saline hydrides (or saltlike hydrides). They are formed by all members of the s block, with the exception of beryllium, and are made by heating the metal in hydrogen ... [Pg.704]

Formation of the Group-IIIB-Group-IIIB Element Bond... [Pg.32]

Formation of the Group-1 IIB-Group-IIIB Element Bond 6.2.3. in Combination with Group-VIB Elements... [Pg.41]

Formation of group-IIIB-group-IB and -IIB element bonds is limited almost exclusively to the element B and is observed predominantly in metalloboranes and metallocarboranes. The boron-IB and boron-group-IIB bonding interactions either are of the a type or can be described as multicenter bonds ... [Pg.47]

Sections 6.5.2-6.S.4 describe the most convenient synthetic pathways for preparing group IIIB-transition-element bonds, excluding the IB and IIB metals ( 6.4). Three main methods can be distinguished. [Pg.54]


See other pages where Element Bond is mentioned: [Pg.85]    [Pg.256]    [Pg.133]    [Pg.34]    [Pg.418]    [Pg.903]    [Pg.122]    [Pg.48]    [Pg.874]    [Pg.58]    [Pg.98]    [Pg.134]   


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Activation carbon-element bonds

Arsenic—phosphorus bonds elemental halogens

Arsenic—sulfur bonds elemental halogens

Beta-eliminations giving multiple bonds between carbon and other ELEMENTS

Bismuth—carbon bonds elemental halogens

Bond distances elements

Bond enthalpies group 14 elements

Bond polarization matrix elements

Bond strength hydrogen-element

Bonded elements

Bonded elements

Bonding Between Heavier Group 13 Elements Power

Bonding Group 14 elements

Bonding and structural trends within the elements

Bonding considerations group 13 elements

Bonding elements

Bonding elements

Bonding models for the subvalent element chlorides

Bonding, electron-deficient elements

Bonds to and between Higher Row Elements

Carbon—lead bonds elemental halogens

Carbon—magnesium bonds elemental halogens

Carbon—nitrogen bonds elemental halogens

Carbon—phosphorus bonds elemental halogens

Carbon—silicon bonds elemental halogens

Chemical bonding delocalized elements

Chemical bonding elements

Compounds Containing M-Group 15 Element Bonds

Compounds Containing M-Group VI Element Bonds

Covalent bonding of the transition elements

Covalent bonds valences, common elements

Covalently-bonded sulfur, structural element

Delocalized elements bonding

Dioxygen insertion into element hydride bonds

Double bonds, heavier main group elements

Electronegative elements bonding

Electronegativities of elements and valence-bond theory

Electropositive element bonding

Element-TM Bond Formation

Element-carbon bonds

Elemental Bonds

Elemental Bonds

Elements bonding parameters

Elements of Bonding in Hypervalent Compounds

Fluorine bonded to an element other than carbon

Fluorine effect elements bond energies

Formation of Exopolyhedral a Bonds between Cage Boron Atoms and Transition Elements

Formation of Single Bonds between Heavier Group 14 and 16 Elements

Group 1 elements covalent bonding

Group 15 elements multiple bond formation

Halogens, elemental bonds

Halogens, elemental carbon—selenium bonds

Halogens, elemental carbon—sulfur bonds

Heterocycles Containing Tin-Group 14 Element Bonds

Heterocycles Containing Tin-Transition Element Bonds

Homonuclear Multiple Bonding Involving the Heavier Main Group 3 Elements

How Does the Bonding in an Element Affect Physical Properties

Hydrogen bond lengths with other elements

Hydrogen-Bonding Patterns in the Secondary Structure Elements

Hydrogen-Group VIB Element Bonds

Hypercoordinate Bonding to Main Group Elements The Spin-coupled Point of View

Incremental Models of Bond Graph Elements

Incremental Models of Nonlinear Bond Graph Elements

Insertion into element-hydride bonds

Ionic bonding in d-block elements

Koichiro Oshima 6 Palladium-Catalyzed Syn -Addition Reactions of —Pd Bonds (X Group 15,16, and 17 Elements)

Metal bonded transition element

Metal-element multiple bonds

Metallic elements bonding

Metallic elements ionic bonds

Metallic versus covalent bonding in elemental substances

Molecular bonding in the d-block elements

Multiple bonding Group 3 elements

Multiple bonding, between heavier Group elements

Nitrogen-other elements bond lengths

Nitrogen—oxygen bonds elemental halogens

Nitrogen—phosphorus bonds elemental halogens

Nitrogen—selenium bonds elemental halogens

Nitrogen—silicon bonds elemental halogens

Nitrogen—sulfur bonds elemental halogens

Nonmetal An element that does not exhibit bonding

Organic compound , elements polar covalent bonds

Organobismuth(III) compounds with Bi-Group 14 element bonds

Other elements bond lengths

Oxygen-other elements bond lengths

Oxygen—selenium bonds elemental halogens

Oxygen—silicon bonds elemental halogens

Oxygen—sulfur bonds elemental halogens

Parameter Sensitivity Models of Bond Graph Elements

Period 3 elements bond types

Phosphorus Element Single Bonds

Phosphorus—hydrogen bonds elemental halogens

Phosphorus—silicon bonds elemental halogens

Phosphorus—sulfur bonds elemental halogens

Reactions Into Element-Hydrogen Bonds

Reactions into Element-Carbon Bonds

Reactions into Element-Halogen Bonds

Reactions into Element-Nitrogen and Heavier Group VB Bonds

Secondary Bonding to Nonmetallic Elements

Skill 12.1n-Predict and explain chemical bonding using elements positions in the periodic table

Sonolysis of hydrogen-element bonds

Stereochemistry and Bonding in Compounds of Non-transition Elements

Structure and bonding in simple compounds of the Group 14 elements

Surface element-oxygen bonds

Te group 14 element bond cleavage

The Main-Group Elements Applying Principles of Bonding and Structure

The atomic sizes and bonding radii of main group elements

Transition metal group 0 element bond

Triple bonding, group 13 element compounds

Triple bonds, heavier main group elements

Typical elements bonding

Understanding Option Elements Embedded in a Bond

Valence bond theory matrix elements

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