Electrochemistry Challenge

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Redox, cells, and reactivity series quiz

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SHERLY ARGUZON

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Froggy Jumps Electrochemistry ChallengeVersión en línea Redox, cells, and reactivity series quiz por SHERLY ARGUZON 1 Which metal is MOST likely to oxidize in a voltaic cell with copper as the cathode? a Gold b Silver c Zinc 2 In a galvanic cell, the anode is where what happens? a Oxidation occurs b Reduction occurs c Electrons are removed at the cathode 3 The standard reduction potential of a half-reaction helps predict what? a Color change in solution b Feasibility of the redox reaction c Mass of products formed 4 Which statement correctly compares a galvanic and an electrolytic cell? a Both always gain electrons at the anode b Both require external current c Galvanic is spontaneous; electrolytic is non-spontaneous 5 In a Daniell cell, which pair is typically used? a Fe \| Fe2+ and Cu \| Cu2+ b Zn \| Zn2+ and Cu \| Cu2+ c Ag \| Ag+ and Au \| Au3+ 6 What happens to the entropy of the universe in a spontaneous redox reaction? a It decreases b Remains zero c It increases 7 Which component is the salt bridge primarily for in a galvanic cell? a Conducts electrons directly between electrodes b Stores reaction products c Maintains electrical neutrality 8 If you connect a voltmeter across a galvanic cell, you measure? a Total cell mass b Rate of ion migration c Electromotive force (emf) of the cell 9 A more positive standard reduction potential means what about the tendency to be reduced? a Stronger tendency to be reduced b No tendency to be reduced c Weaker tendency to be reduced 10 Which statement describes oxidation in a redox reaction? a Loss of electrons by a species b Gain of electrons by a species c Change in phase from solid to liquid

Froggy Jumps

Electrochemistry ChallengeVersión en línea

Redox, cells, and reactivity series quiz

por SHERLY ARGUZON

Which metal is MOST likely to oxidize in a voltaic cell with copper as the cathode?

Gold

Silver

Zinc

In a galvanic cell, the anode is where what happens?

Oxidation occurs

Reduction occurs

Electrons are removed at the cathode

The standard reduction potential of a half-reaction helps predict what?

Color change in solution

Feasibility of the redox reaction

Mass of products formed

Which statement correctly compares a galvanic and an electrolytic cell?

Both always gain electrons at the anode

Both require external current

Galvanic is spontaneous; electrolytic is non-spontaneous

In a Daniell cell, which pair is typically used?

Fe | Fe2+ and Cu | Cu2+

Zn | Zn2+ and Cu | Cu2+

Ag | Ag+ and Au | Au3+

What happens to the entropy of the universe in a spontaneous redox reaction?

It decreases

Remains zero

It increases

Which component is the salt bridge primarily for in a galvanic cell?

Conducts electrons directly between electrodes

Stores reaction products

Maintains electrical neutrality

If you connect a voltmeter across a galvanic cell, you measure?

Total cell mass

Rate of ion migration

Electromotive force (emf) of the cell

A more positive standard reduction potential means what about the tendency to be reduced?

Stronger tendency to be reduced

No tendency to be reduced

Weaker tendency to be reduced

Which statement describes oxidation in a redox reaction?

Loss of electrons by a species

Gain of electrons by a species

Change in phase from solid to liquid

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Electrochemistry Challenge

Froggy Jumps

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Froggy Jumps

Electrochemistry ChallengeVersión en línea

por SHERLY ARGUZON

Which metal is MOST likely to oxidize in a voltaic cell with copper as the cathode?

In a galvanic cell, the anode is where what happens?

The standard reduction potential of a half-reaction helps predict what?

Which statement correctly compares a galvanic and an electrolytic cell?

In a Daniell cell, which pair is typically used?

What happens to the entropy of the universe in a spontaneous redox reaction?

Which component is the salt bridge primarily for in a galvanic cell?

If you connect a voltmeter across a galvanic cell, you measure?

A more positive standard reduction potential means what about the tendency to be reduced?

Which statement describes oxidation in a redox reaction?