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Match it!
Match it! Select the correct answer from the pull down...Good luck!
Which type of reaction is represented by the equation?
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
Which type of nuclear reaction is represented by the equation?
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
n
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
What is a chemical name for this compound?
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
Which half-reaction equation represents reduction?
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
Which solution has the highest pH?
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
Which statement describes the electrons involved in this reaction?
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
Which numerical setup can be used to calculate the heat energy required to completely melt 100. grams of H2O(s) at 0°C?
(100. g)(334 J/g)
D
substitution
Cu^2+ + 2e- → Cu
1-butanamine
Each Zn atom loses 2 electrons, and each Co^2+ ion gains 2 electrons.
fission
n
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