Redox Equilibria Qualitative Introduction; Balancing Redox Reactions. Metal/metal-ion and Ion/ion Systems; The Daniel Ce (Uppersixth Science Chemistry))

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Test your knowledge of redox reactions and oxidation numbers! In this game, you will determine whether each noun is related to the concepts of redox equilibrium and oxidation numbers. Answer with ✅ for correct associations and ❌ for incorrect ones.

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Redox Equilibria Qualitative Introduction; Balancing Redox Reactions. Metal/metal-ion and Ion/ion Systems; The Daniel Ce (Uppersixth Science Chemistry))


Redox Equilibria Qualitative Introduction; Balancing Redox Reactions. Metal/metal-ion and Ion/ion Systems; The Daniel Ce (Uppersixth Science Chemistry))Version en ligne Test your knowledge of redox reactions and oxidation numbers! In this game, you will determine whether each noun is related to the concepts of redox equilibrium and oxidation numbers. Answer with ✅ for correct associations and ❌ for incorrect ones. par YAKILI LMS 1 reducing agent Yes No 2 electrochemistry Yes No 3 base Yes No 4 oxidation number Yes No 5 solution Yes No 6 photosynthesis Yes No 7 molecule Yes No 8 half-reaction Yes No 9 oxidizing agent Yes No 10 electron Yes No 11 galvanic cell Yes No 12 compound Yes No 13 redox reaction Yes No 14 mixture Yes No 15 reduction Yes No 16 oxidation Yes No 17 isotope Yes No 18 acid Yes No 19 cellular respiration Yes No 20 atom Yes No 21 Chlorine always has an oxidation number of +1. Yes No 22 Fluorine always has an oxidation number of -1 in compounds. Yes No 23 In a neutral compound, the sum of the oxidation numbers is always +1. Yes No 24 The oxidation number of potassium in KCl is -1. Yes No 25 The oxidation number of hydrogen is +1 when bonded to nonmetals. Yes No 26 Fluorine can have an oxidation number other than -1. Yes No 27 In peroxides, the oxidation number of oxygen is -1. Yes No 28 Alkali metals always have an oxidation number of +1. Yes No 29 The oxidation number of a free element is 0. Yes No 30 The oxidation number of oxygen is always -1. Yes No 31 Alkali metals can have oxidation numbers other than +1. Yes No 32 The oxidation number of oxygen in most compounds is -2. Yes No 33 In all compounds, the oxidation number of oxygen is -2. Yes No 34 The oxidation number of a free element is always +1. Yes No 35 The oxidation number of sodium in NaCl is +1. Yes No 36 The oxidation number of chlorine is typically -1, unless bonded to oxygen or fluorine. Yes No 37 Hydrogen has an oxidation number of -1 when bonded to nonmetals. Yes No 38 Transition metals can have multiple oxidation states. Yes No 39 Transition metals cannot have multiple oxidation states. Yes No 40 In a compound, the sum of the oxidation numbers equals the overall charge of the compound. Yes No 41 stoichiometry Yes No 42 mitosis Yes No 43 oxidizing agent Yes No 44 mass Yes No 45 reduction Yes No 46 half-reaction Yes No 47 sound Yes No 48 electron Yes No 49 redox potential Yes No 50 light Yes No

Redox Equilibria Qualitative Introduction; Balancing Redox Reactions. Metal/metal-ion and Ion/ion Systems; The Daniel Ce (Uppersixth Science Chemistry))

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Redox Equilibria Qualitative Introduction; Balancing Redox Reactions. Metal/metal-ion and Ion/ion Systems; The Daniel Ce (Uppersixth Science Chemistry))Version en ligne

par YAKILI LMS

reducing agent

electrochemistry

base

oxidation number

solution

photosynthesis

molecule

half-reaction

oxidizing agent

electron

galvanic cell

compound

redox reaction

mixture

reduction

oxidation

isotope

acid

cellular respiration

atom

Chlorine always has an oxidation number of +1.

Fluorine always has an oxidation number of -1 in compounds.

In a neutral compound, the sum of the oxidation numbers is always +1.

The oxidation number of potassium in KCl is -1.

The oxidation number of hydrogen is +1 when bonded to nonmetals.

Fluorine can have an oxidation number other than -1.

In peroxides, the oxidation number of oxygen is -1.

Alkali metals always have an oxidation number of +1.

The oxidation number of a free element is 0.

The oxidation number of oxygen is always -1.

Alkali metals can have oxidation numbers other than +1.

The oxidation number of oxygen in most compounds is -2.

In all compounds, the oxidation number of oxygen is -2.

The oxidation number of a free element is always +1.

The oxidation number of sodium in NaCl is +1.

The oxidation number of chlorine is typically -1, unless bonded to oxygen or fluorine.

Hydrogen has an oxidation number of -1 when bonded to nonmetals.

Transition metals can have multiple oxidation states.

Transition metals cannot have multiple oxidation states.

In a compound, the sum of the oxidation numbers equals the overall charge of the compound.

stoichiometry

mitosis

oxidizing agent

mass

reduction

half-reaction

sound

electron

redox potential

light