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(a)
Interpretation:
The corresponding diagrams for the given ionic compounds to be drawn.
Concept Introduction:
In the formula of the compound, the sum of the charge of cation and anion must be equal to zero. The ration of cation and anion to be known in order to gets the formula of a compound.
Rules for Nomenclature of ionic compounds:
- The name of the cation is followed by the name of the anion.
Covalent bonding: A covalent bond is formed by sharing of electrons (equally or partially polarized) between the two non-metals.
Octet rule: By obtaining eight electrons around the valence shell of an element, then compound satisfied the octet rule and thus, achieved the electron configuration of noble gas.
Diagrammatic representation of ionic compound used: The ions in the ionic compound are represented in spheres; where the green sphere represents the cation and the red sphere represent the anions.
(b)
Interpretation:
The corresponding diagrams for the given ionic compounds to be drawn.
Concept Introduction:
In the formula of the compound, the sum of the charge of cation and anion must be equal to zero. The ration of cation and anion to be known in order to gets the formula of a compound.
Rules for Nomenclature of ionic compounds:
- The name of the cation is followed by the name of the anion.
Covalent bonding: A covalent bond is formed by sharing of electrons (equally or partially polarized) between the two non-metals.
Octet rule: By obtaining eight electrons around the valence shell of an element, then compound satisfied the octet rule and thus, achieved the electron configuration of noble gas.
Diagrammatic representation of ionic compound used: The ions in the ionic compound are represented in spheres; where the green sphere represents the cation and the red sphere represent the anions.
(c)
Interpretation:
The corresponding diagrams for the given ionic compounds to be drawn.
Concept Introduction:
In the formula of the compound, the sum of the charge of cation and anion must be equal to zero. The ration of cation and anion to be known in order to gets the formula of a compound.
Rules for Nomenclature of ionic compounds:
- The name of the cation is followed by the name of the anion.
Covalent bonding: A covalent bond is formed by sharing of electrons (equally or partially polarized) between the two non-metals.
Octet rule: By obtaining eight electrons around the valence shell of an element, then compound satisfied the octet rule and thus, achieved the electron configuration of noble gas.
Diagrammatic representation of ionic compound used: The ions in the ionic compound are represented in spheres; where the green sphere represents the cation and the red sphere represent the anions.
(d)
Interpretation:
The corresponding diagrams for the given ionic compounds to be drawn.
Concept Introduction:
In the formula of the compound, the sum of the charge of cation and anion must be equal to zero. The ration of cation and anion to be known in order to gets the formula of a compound.
Rules for Nomenclature of ionic compounds:
- The name of the cation is followed by the name of the anion.
Covalent bonding: A covalent bond is formed by sharing of electrons (equally or partially polarized) between the two non-metals.
Octet rule: By obtaining eight electrons around the valence shell of an element, then compound satisfied the octet rule and thus, achieved the electron configuration of noble gas.
Diagrammatic representation of ionic compound used: The ions in the ionic compound are represented in spheres; where the green sphere represents the cation and the red sphere represent the anions.
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Chapter 5 Solutions
Chemistry: Atoms First V1
- 2' P17E.6 The oxidation of NO to NO 2 2 NO(g) + O2(g) → 2NO2(g), proceeds by the following mechanism: NO + NO → N₂O₂ k₁ N2O2 NO NO K = N2O2 + O2 → NO2 + NO₂ Ко Verify that application of the steady-state approximation to the intermediate N2O2 results in the rate law d[NO₂] _ 2kk₁[NO][O₂] = dt k+k₁₂[O₂]arrow_forwardPLEASE ANSWER BOTH i) and ii) !!!!arrow_forwardE17E.2(a) The following mechanism has been proposed for the decomposition of ozone in the atmosphere: 03 → 0₂+0 k₁ O₁₂+0 → 03 K →> 2 k₁ Show that if the third step is rate limiting, then the rate law for the decomposition of O3 is second-order in O3 and of order −1 in O̟.arrow_forward
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