Factors Affecting Galvanic Cell Voltage

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SUMMARY

The voltage of a galvanic cell is influenced by several key factors, including the type of electrodes used, the concentration of ions in the electrolyte, the temperature of the system, and the quality of the salt bridge. The redox potential, which is the sum of the half-reactions, plays a crucial role in determining the overall voltage. Understanding these factors is essential for optimizing galvanic cell performance in practical applications.

PREREQUISITES
  • Basic understanding of electrochemistry
  • Familiarity with redox reactions
  • Knowledge of galvanic cell components, including electrodes and electrolytes
  • Concept of ion concentration and its effect on cell voltage
NEXT STEPS
  • Research the impact of ion concentration on galvanic cell voltage
  • Explore the relationship between temperature and electrochemical reactions
  • Study different types of electrodes and their redox potentials
  • Investigate the role of salt bridges in maintaining cell voltage
USEFUL FOR

Chemistry students, electrochemists, and anyone involved in the study or application of galvanic cells and electrochemical systems.

Negative_proton
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Hi Guys, a quick answer will be great!

Just wanting to know, what are some of the factors that affect the voltage of a galvanic cell?
 
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Come on guys, anyone?
 
You can't expect an answer within 15 minutes. And, besides, this is homework, and PF rules state that you should show your work before we can help you. What thoughts do you have on the question?
 
Sorry buddy. I am just off to bed now, and was hoping for an answer before then... My thoughts are perhaps the type of wire used, if it is a good conductor and perhaps the type of salt bridge, though i am not entirely sure at all:)

Can you guys just give me some factors that affect the voltage in a voltaigc cell, i know the obvious onne that the type of elements and ions used.

This is for a chem prac, I want some factors to get me on the right track so I can select a certain factor that does change to voltage, and do more research on that specific area.

Thanks all!
 
I can't remember if Galvanic is producing or using electricity.
If it's using electricity, try thinking about the amount of charge, and the ionisation energies of the electrodes.
 
Look up redox potential, basically the sum of the two 1/2 reactions referenced to zero is the potential voltage for a cell, (but in actual terms, lots of factors further influence it.) see http://en.wikipedia.org/wiki/Galvanic_cell
 

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