ATOM Zinc (Zn) Platinum (Pt) Lithium (Li) Lead (Pb) Anode Silver (Ag) For which component of the battery is this dement Copper (Cu) anode Anode Cathode cathode cathode What visual evidence suggests chemical change is happening to the individual atoms! oxidation. Oxidation oxidation reduction reduction reduction What chemical equation describes the chemical change happening to the atoms? Zn--> Zn2+ +2e- Li--> Lite- Pb--> Pb2+ +2e- Pt2+ +2e- Ag+ +0---> Ag Cu2+ +20---> Cu Translate the chemical equation. What's happening to each atom in the chemical change process? Zinc gains a 2+ charge and Silver gains a neutral charge. Lithium gains a 1+ charge and copper gains a neutral charge. Lead gains a 2+ charge and copper gains a neutral charge. Platinum gain a neutral charge and lithium gains a 1+ charge. Zinc gains a 2+ charge and lithium gains a 1+ charge. Copper gains neutral charge and lead gains a 2+ charge, What's the label assigned to this type of chemical change? The label assigned to this type of chemical change is oxidation. Oxidation oxidation reduction reduction reduction

Chemistry: The Molecular Science
5th Edition
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Chapter17: Electrochemistry And Its Applications
Section: Chapter Questions
Problem 10QRT
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Use the data on the chart to answer.
ATOM
Zinc (Zn)
Platinum
(Pt)
For which
component
of the
battery is
this
element
used?
Lithium
(Li)
Lead (Pb) Anode
anode
Copper
(Cu)
Anode
Cathode
Silver cathode
(Ag)
cathode
What visual evidence
suggests chemical change is
happening to the individual
atoms!
oxidation.
Oxidation
oxidation
reduction
reduction
reduction
What chemical
equation
describes the
chemical change
happening to the
atoms?
Zn --> Zn2+ +2e-
Li--> Li+o-
Pb--> Pb2+ +2e-
Pt2+ +2e-
Ag+ +0---> Ag
Cu2+ +20---> Cu
Translate the chemical equation.
What's happening to each atom in
the chemical change process?
zinc gains a 2+ charge and
Silver gains a neutral charge.
Lithium gains a 1+ charge and
copper gains a neutral charge.
Lead gains a 2+ charge and
copper gains a neutral charge.
Platinum gain a neutral charge and
lithium gains a 1+ charge.
zinc gains a 2+ charge and
lithium gains a 1+ charge.
Copper gains neutral charge and
lead gains a 2+ charge,
What's the label assigned to this
type of chemical change?
The label assigned to this type of
chemical change is oxidation.
Oxidation
oxidation
reduction
reduction
reduction
Transcribed Image Text:ATOM Zinc (Zn) Platinum (Pt) For which component of the battery is this element used? Lithium (Li) Lead (Pb) Anode anode Copper (Cu) Anode Cathode Silver cathode (Ag) cathode What visual evidence suggests chemical change is happening to the individual atoms! oxidation. Oxidation oxidation reduction reduction reduction What chemical equation describes the chemical change happening to the atoms? Zn --> Zn2+ +2e- Li--> Li+o- Pb--> Pb2+ +2e- Pt2+ +2e- Ag+ +0---> Ag Cu2+ +20---> Cu Translate the chemical equation. What's happening to each atom in the chemical change process? zinc gains a 2+ charge and Silver gains a neutral charge. Lithium gains a 1+ charge and copper gains a neutral charge. Lead gains a 2+ charge and copper gains a neutral charge. Platinum gain a neutral charge and lithium gains a 1+ charge. zinc gains a 2+ charge and lithium gains a 1+ charge. Copper gains neutral charge and lead gains a 2+ charge, What's the label assigned to this type of chemical change? The label assigned to this type of chemical change is oxidation. Oxidation oxidation reduction reduction reduction
Types of Chemical Reactions: Reduction-Oxidation (REDOX)
Define oxidation.
Define reduction.
In a battery, where does oxidation always occur?
In a battery, where does reduction always occur?
Oxidation and reduction reactions are symbiotic (one can't exist without the other).
Cite evidence from the battery simulation to support this truth.
Transcribed Image Text:Types of Chemical Reactions: Reduction-Oxidation (REDOX) Define oxidation. Define reduction. In a battery, where does oxidation always occur? In a battery, where does reduction always occur? Oxidation and reduction reactions are symbiotic (one can't exist without the other). Cite evidence from the battery simulation to support this truth.
Expert Solution
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Answer:

Galvanic cell is the type of cell in which chemical energy is get converted into electrical energy through a spontaneous redox reaction.

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