1. For the following reactions: a. Write a balanced equation b. Identify the reaction as combination, decomposition, or combustion. Assign oxidation states to all elements in the reactants and products. d. I.D. the element that is oxidized and that which is С. reduced. Solid magnesium (Mg) and oxygen gas (O,) react to form solid magnesium oxide (MgO). a. balanced reaction c. oxidation states of reactants products all elements Mg Mg d. oxidized/reduced oxidized: reduced: Solid lithium (Li) and fluorine gas (F,) react to form lithium fluoride (LiİF). a. balanced reaction b. Net ionic equation c. oxidation states of reactants products all elements Li F Li F d. oxidized/reduced oxidized: reduced: Liquid potassium chlorate (KCIO;) reacts to form solid potassium chloride (KCI) and oxygen gas (0,). a. balanced reaction c. oxidation states of reactants products all elements K CI K CI d. oxidized/reduced oxidized: reduced:
1. For the following reactions: a. Write a balanced equation b. Identify the reaction as combination, decomposition, or combustion. Assign oxidation states to all elements in the reactants and products. d. I.D. the element that is oxidized and that which is С. reduced. Solid magnesium (Mg) and oxygen gas (O,) react to form solid magnesium oxide (MgO). a. balanced reaction c. oxidation states of reactants products all elements Mg Mg d. oxidized/reduced oxidized: reduced: Solid lithium (Li) and fluorine gas (F,) react to form lithium fluoride (LiİF). a. balanced reaction b. Net ionic equation c. oxidation states of reactants products all elements Li F Li F d. oxidized/reduced oxidized: reduced: Liquid potassium chlorate (KCIO;) reacts to form solid potassium chloride (KCI) and oxygen gas (0,). a. balanced reaction c. oxidation states of reactants products all elements K CI K CI d. oxidized/reduced oxidized: reduced:
1. For the following reactions: a. Write a balanced equation b. Identify the reaction as combination, decomposition, or combustion. Assign oxidation states to all elements in the reactants and products. d. I.D. the element that is oxidized and that which is С. reduced. Solid magnesium (Mg) and oxygen gas (O,) react to form solid magnesium oxide (MgO). a. balanced reaction c. oxidation states of reactants products all elements Mg Mg d. oxidized/reduced oxidized: reduced: Solid lithium (Li) and fluorine gas (F,) react to form lithium fluoride (LiİF). a. balanced reaction b. Net ionic equation c. oxidation states of reactants products all elements Li F Li F d. oxidized/reduced oxidized: reduced: Liquid potassium chlorate (KCIO;) reacts to form solid potassium chloride (KCI) and oxygen gas (0,). a. balanced reaction c. oxidation states of reactants products all elements K CI K CI d. oxidized/reduced oxidized: reduced:
Transcribed Image Text:1. For the following reactions:
a. Write a balanced equation
b. Identify the reaction as combination,
decomposition, or combustion.
Assign oxidation states to all elements in the
reactants and products.
d. I.D. the element that is oxidized and that which is
C.
reduced.
Solid magnesium (Mg) and oxygen gas (O2) react to form solid magnesium oxide (MgO).
a. balanced reaction
c. oxidation states of
reactants
products
all elements
Mg
Mg
d. oxidized/reduced
oxidized:
reduced:
Solid lithium (Li) and fluorine gas (F,) react to form lithium fluoride (LiİF).
a. balanced reaction
b. Net ionic equation
c. oxidation states of
reactants
products
all elements
Li
F
Li
F
d. oxidized/reduced
oxidized:
reduced:
Liquid potassium chlorate (KCIO;) reacts to form solid potassium chloride (KCI) and oxygen gas (O,).
a. balanced reaction
c. oxidation states of
reactants
products
all elements
K
CI
K
CI
d. oxidized/reduced
oxidized:
reduced:
Definition Definition Chemical reactions involving both oxidation and reduction processes. During a redox reaction, electron transfer takes place in such a way that one chemical compound gets reduced and the other gets oxidized.
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