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Bonding Molecular Orbitals vs  Antibonding Molecular Orbitals Bonding Molecular Orbitals 1. Formed yesteryear additional overlap 2. More Stable 3. Energy is less 4. Electron density betwixt the bonded nuclei higher Antibonding Molecular Orbitals 1. Formed yesteryear subtraction overlap 2. Less stable 3. Energy is greater 4. Electron density betwixt the bonded nuclei is lower.

Order 1. It is an experimental quantity 2. It is the amount of the powers to which the concentration damage are raised inwards the charge per unit of measurement police pull equation 3. It may convey fractional values 4. It tin hold upwards Zero Molecularity 1. It is a theoretical concept 2. It is the set out of species undergoing simultaneous collision inwards the reaction 3. It has exclusively whole set out values 4. It cannot hold upwards zero

Adsorption 1. It is a surface phenomenon 2. It involves unequal distribution of the molecular species inwards mass in addition to at the surface. 3. It is rapid inwards the starting fourth dimension in addition to slows downwardly almost the equilibrium. Absorption 1. It occurs throughout the trunk of the material 2. It involves uniform distribution of the molecular species 3. It occurs at a uniform rate

The give-and-take smog is combination of smoke as well as fog. At to the lowest degree ii distinct types of smog are recognized:   Classical smog and photochemical smog. Classical  smog is every bit good known every bit sulfurous smog or London smog. Sulfurous smog, which results from a high concentration of sulfur oxides inward the air as well as is caused yesteryear the purpose of sulfur-bearing fossil fuels, peculiarly coal . Photochemical smog: This type of smog was observed inward Los Angeles(1940s) as well as so named every bit Los Angeles smog. It is formed when the air contains   NO 2  and hydrocarbons as well as the mixture is exposed to sunlight. As the reaction receive got house inward the presence of calorie-free to shape the smog, it is called photochemical smog. London Smog vs Los Angeles Smog (Main constituents as well as chemistry) Classical Smog vs Photochemical Smog London smog   or  Classical smog...

Inductive trial vs R esonance  effect  Inductive effect Resonance effect Based on electronegativity. Based on Conjugation. Electron moves via sigma bonds. Electron moves via pi bonds or lonely pairs. It involves displacement of exclusively σ electrons in addition to therefore occurs exclusively inwards saturated compounds. It involves delocalization of π (pi) or n lonely pairs of electrons in addition to therefore occurs inwards unsaturated in addition to conjugated systems. During inductive trial the electron yoke is exclusively slightly displaced towards the to a greater extent than electronegative atom in addition to therefore exclusively partial positive in addition to negative charges appear. During resonance trial , the electron yoke I completely transferred in addition to therefore total positive in addition to negative ch...

The substances which permit electricity  to piece of employment yesteryear through them are called conductors.   Example of conductors: Metals, bases, salts, Solution of acids. The conductors are of ii types: Metallic conductors in addition to Electrolytic conductors. a) Metallic conductors or Electronic conductors are substances which permit the passage of electricity through them without undergoing whatsoever chemic change. In these, electricity is carried solely yesteryear the carry of electrons. Hence these are besides called electronic conductors.  Example of Metallic conductors: Alloys, Graphite, Metals b) Electrolytic Conductors or Ionic conductors  are substances which permit the passage of electricity through them inward their molten states or to a greater extent than commonly, inward their aqueous solutions in addition to undergo chemical  decomposition. In these, electricity is carried yesteryear the drive of positive in addition ...

Electrolytes are of 2 types: Strong electrolytes in addition to Weak electrolytes Strong electrolytes: These are substances which dissociate close completely inwards solution in addition to therefore acquit electricity to a large extent. Example of  Strong electrolytes: Strong acids (HNO 3 , H 2 SO 4 etc, rigid bases (NaOH, KOH) etc in addition to salts (KCl, NaCl) etc. Weak electrolytes:These are substances which undergo exclusively slight dissociation  in solution in addition to therefore acquit electricity to a pocket-sized extent. Example of  Weak electrolytes: Weak acids(CH 3 COOH, H 2 CO 3 , HCN etc) in addition to weak bases (NH 4 OH, Ca(OH) 2 etc.  Strong electrolytes vs Weak electrolytes Strong electrolytes Weak electrolytes 1. Completely dissociated at moderate concentrations Not completely dissociated at moderate concentrations  2. Conductance increases amongst dilution but the increment is excl...