The investigator applies a brief electrical stimulus that causes the potassium channels to open. there are no hco3- channels, thus pk+ = 1 and phco3- = 0. first, what is the potential difference between compartments a and b after the system reaches equilibrium? second, to estimate the potential difference do we need to be concerned about a change in potassium concentration as the concentration gradient drives k+ from a to b? why or why not?
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Chemistry, 22.06.2019 14:30, darkghostmist
What type of reaction fuels the processes seen here?
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Chemistry, 22.06.2019 16:50, lilblackbird4
Answer asap need by wednesday morning calculate the ph of 0.036m naoh best answer will be brainliest
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The investigator applies a brief electrical stimulus that causes the potassium channels to open. the...
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