The concentration of H+ ions outside a membrane is 18 % of the concentrationinside the membrane. What must be the Nernst potential across the membrane tomaintain that concentration difference when the temperature is such that theКВТquantity=29 mV.eΔΕRemember, the Boltzmann probability factor:1.38 x 10-23, and theJ10-19 C. Express your answer in mV =Ze BT, Boltzmann's constant is kBcharge on a proton is e = +1.6 xmilli-Volts = 10³ VoltsKYour Answer:-49.73mVAnswerunits

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The concentration of H+ ions outside a membrane is 18 % of the concentration inside the membrane. What must be the Nernst potential across the membrane to maintain that concentration difference when the temperature is such that the Remember, the Boltzmann probability factor: КВТ quantity =29 mV. e ΔΕ J www Ze BT, Boltzmann's constant is kB 1.38 x 10-23, and the charge on a proton is e = +1.6 x 10-19 C. Express your answer in mV = milli-Volts 10³ Volts = Your Answer: -49.73 mV Answer units

The concentration of H+ ions outside a membrane is 18 % of the concentration inside the membrane. What must be the Nernst potential across the membrane to maintain that concentration difference when the temperature is such that the Remember, the Boltzmann probability factor: КВТ quantity =29 mV. e ΔΕ J www Ze BT, Boltzmann's constant is kB 1.38 x 10-23, and the charge on a proton is e = +1.6 x 10-19 C. Express your answer in mV = milli-Volts 10³ Volts = Your Answer: -49.73 mV Answer units

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter2: The Kinetic Theory Of Gases

Section: Chapter Questions

Problem 85AP: The mean flee path for helium at a certain temperature and pressure is 2.10107 m. The radius of a...

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