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Natalie456
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I know that salt bridges maintain charge, thus allowing the reaction to proceed. I was wondering if the distance of the electrodes from the salt bridge affects the voltage of the cell in any way. Thanks!
Natalie456 said:I know that salt bridges maintain charge
Natalie456 said:I was wondering if the distance of the electrodes from the salt bridge affects the voltage of the cell in any way
Anindya Mondal said:destroy the junction potential between the electrolytic solution & the electrodes
I think the junction potential may be fine, but the battery potential will go down.Borek said:And how are they going to destroy the junction potential when they are in a completely different part of the circuit?
willem2 said:The salt bridge acts just like internal resistance of the battery.
Salt bridges in cells are bonds formed between positively and negatively charged ions, typically sodium and chloride ions. These bonds help to stabilize the structure and function of macromolecules, such as proteins, within the cell.
Salt bridges play a crucial role in maintaining the voltage balance within cells. The charged ions in the salt bridge help to create an electrical potential that allows for the transmission of signals between cells and within the nervous system.
Yes, the distance between salt bridges can impact cell function. If the distance is too far, the electrical potential may not be strong enough to transmit signals effectively. On the other hand, if the distance is too close, it may lead to an imbalance in voltage and disrupt cell function.
Salt bridges are typically formed through electrostatic interactions between oppositely charged ions. These interactions can occur spontaneously or can be facilitated by specific enzymes or proteins within the cell.
Salt bridges are crucial for many cellular processes, including cell signaling, protein structure and function, and maintaining the overall balance of ions within the cell. They help to regulate the voltage and electrical potential within cells, which is essential for proper functioning of the nervous system and other cellular processes.