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1.  Provide the equation and describe the importance of each equation.		a. Ohm's law		b. Nernst Equation		c. Goldman Equation

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1.  Provide the equation and describe the importance of each equation.		a. Ohm's law		b. Nernst Equation		c. Goldman Equation

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2.  What are the main factors that determine the membrane potential of a neuron?  What would happen to the membrane potential in the presence of ouabain? 

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2.  What are the main factors that determine the membrane potential of a neuron?  What would happen to the membrane potential in the presence of ouabain? 

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3. Describe how the following terms are helpful to electrophysiologists and explain how they are measured.

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3. Describe how the following terms are helpful to electrophysiologists and explain how they are measured.

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4. What is a reversal potential of a channel and how can you use it to test for ion selectivity?

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4. What is a reversal potential of a channel and how can you use it to test for ion selectivity?

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5. What properties contribute to channel conductance? 

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5. What properties contribute to channel conductance? 