Химия: Органикалық және бейорганикалық
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Questions and Answers

Гидролизденгенде қышқылдық орта көрсететін тұз қайсысы?

  • KI (correct)
  • CH3COONa (correct)
  • Na2SiO3
  • CuSO4
  • Гидролизденгенде сілтілік орта көрсететін тұз ерітіндісі қайсы?

  • Pb(CH3COO)2
  • K3PO4 (correct)
  • AlCl3
  • Ca(NO3)2
  • Гидролизденгенде сілтілік орта көрсететін тұзды атаңыз.

  • LiCN (correct)
  • FeSO4
  • Pb(NO3)2
  • MgSO4
  • Гидролиздің I сатысында негіз тұзбен қышқыл беретін тұзды таңдаңыз.

    <p>ZnCl2</p> Signup and view all the answers

    Гидролиз кезінде қышқылдық орта көрсететін тұздардың бірін атаңыз.

    <p>KI</p> Signup and view all the answers

    Study Notes

    Inorganic and Organic Chemistry Exam Questions

    • Acidic Hydrolysis of Salts: Some salts produce an acidic environment during hydrolysis. Examples include KI, CuSO4, Na2SiO3, CH3COONa, and KNO3.
    • Alkaline Hydrolysis of Salts: Salts that produce an alkaline environment during hydrolysis include Pb(CH3COO)2, Ca(NO3)2, AlCl3, and (NH4)2S.
    • Salt Hydrolysis: Some salts undergo hydrolysis (react with water). Examples of salts that undergo hydrolysis include KNO3, NaCl, K3PO4, BaS, and ZnCl2.
    • Hydrolysis Step 1: Some salts in the first step of hydrolysis result in an acidic salt and a basic salt.
    • Hydrolysis Step 2: Some salts in the first step of hydrolysis form an acidic salt and a basic salt, resulting in an alkaline salt and an acidic salt.
    • Salts with pH < 7: Salts that yield a pH less than 7 during hydrolysis include Na2CO3, AgNO3, K2SO4, KI, and NaCl.
    • Hydrolyzable Salts: Examples of salts that can undergo hydrolysis include K2CO3, KNO3, KCl, K2SO4, and KClO4.
    • Non-Hydrolyzable Salt: Some salts do not undergo hydrolysis, such as KCIO4, FeSO4, KI, and AgNO3, SnCl2.
    • Cations and Anions: Combining the cations and anions from the dissociation of potassium sulfide (K2S) and magnesium chloride (MgCl2).
    • Cations and Anions: Combining the cations and anions from the dissociation of ammonium phosphate and sodium silicate, ensuring they add up to the same number as each other.
    • Dissociation of Lead Acetate and Iron(III) Chloride: The number of anions from the dissociation of two molecules of lead acetate and one molecule of iron(III) chloride sums up to a certain value.
    • Dissociation Constants: Calculation of the dissociation constant for sulfuric acid (H2S).
    • Ionic Equations and Molecular Equations: Matching ionic and molecular equations based on given reactions.
    • Equivalent Weight: Calculations for equivalent weights of aluminium sulfate (Al2(SO4)3), magnesium chloride (MgCl2), zinc hydroxide (Zn(OH)2), carbonic acid (H2CO3), and calcium phosphate (Ca3(PO4)2).
    • Neutral Oxide: Examples include NO2, N2O5, CO2.
    • **Basic Oxide:**Examples include CaO, Li2O, CuO, BaO, and Fe2O3.
    • Salt compounds: Examples including KBr, Na2SO4, FeCl3, and CaCl2
    • Acidic Oxide: Examples include N2O5, P2O5, SO2, and SO3.
    • Hydroxide Compounds Examples including Mn(OH)2, Ca(OH)2 and Ba(OH)2.
    • Ionization constants: Calculations of ionization constants for different chemical reactions and systems.
    • Chemical equations: Matching chemical equations for different steps such as salt hydrolysis, oxidation reactions.
    • Hydrolysis Calculations and information presented regarding different types of hydrolysis reactions.
    • Oxidation-Reduction: Identifying oxidation and reduction reactions, and defining different processes.
    • Equilibrium Constants: Calculations of equilibrium constants for different chemical reactions, systems and compounds.
    • Reactions and Equilibrium Shifts: Determining factors to shift reactions towards products or reactants.
    • Concentration calculations: Solutions with specific molar masses given, determining normal and percentage concentrations.
    • Hard Water: Information on calculating hardness and removing it from water supplies.
    • Chemical Nomenclature Identifying and naming different compounds and systems.
    • Thermodynamic calculations: Calculating and describing factors on temperature influence on reactions.
    • Organic Chemistry Identifying reaction products from different organic compounds and reactions.
    • Moleculecalculations, formulas, and identifying functional groups within molecules.
    • Chemical reactions Identifying and naming reactions for example oxidation, reduction or hydrolysis.
    • Chemical compounds Identifying oxidation states and other important properties for different compounds.
    • Chemical structures: Identifying different compound structures and the bonding in the structure..

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    Бұл викторинада бейорганикалық және органикалық химия тақырыптары қамтылған. Сіз тұздардың гидролизі, қышқылдық және сілтілік орталар туралы сұрақтарға жауап бересіз. Білімдеріңізді тексеріп, химиядан білім деңгейіңізді анықтаңыз.

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