It refers to the diffusion gradient of an ion, which is affected by both the concentration difference of an ion across a membrane (a chemical force) and the ion’s tendency to move relative to the membrane potential (an electrical force).Group of answer choicesosmotic potentialconcentration gradientelectrochemical gradientmembrane potential
Question
It refers to the diffusion gradient of an ion, which is affected by both the concentration difference of an ion across a membrane (a chemical force) and the ion’s tendency to move relative to the membrane potential (an electrical force).Group of answer choicesosmotic potentialconcentration gradientelectrochemical gradientmembrane potential
Solution 1
The answer is electrochemical gradient. This term refers to the combination of forces due to both concentration difference (chemical force) and membrane potential (electrical force) that influence an ion's movement across a membrane.
Solution 2
The answer is electrochemical gradient. This term refers to the combination of forces due to both concentration difference (chemical force) and membrane potential (electrical force) that influence an ion's movement across a membrane.
Similar Questions
It refers to the difference in charged ions across a cell’s plasma membrane due to the difference in ion concentrations.Group of answer choicesosmotic potentialelectrochemical gradientconcentration gradientmembrane potential
refers to the diffusion gradient of an ion, which is affected by both the concentration difference of an ion across a membrane (a chemical force) and the ion’s tendency to move relative to the membrane potential (an electrical force).Group of answer choices
The voltage across a membrane is called the _____.Group of answer choiceselectrochemical gradientchemical gradientmembrane potentialosmotic potential
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.