1. Calcium Hydrogen Lithium Potassium Sodium Water none of the above  2. active transport diffusion osmosis reverse transport None of the above  3. active transport diffusion osmosis reverse transport None of the above  4. axon axon terminal cell body dendrites synapses None of the above  5. active transport diffusion osmosis reverse transport None of the above  6. depolarize die dis-polarize explode polarize repolarize reproduce None of the above  7. Depolarization Repolarization None of the above  8. ECF to ICF ICF to ECF None of the above  9. active transport diffusion osmosis reverse transport None of the above 10. active transport diffusion osmosis reverse transport None of the above

An action potential (AP) moves down an axon towards a buton (axon terminal) -when it reaches the buton it causes #1 channels to open and it moves by #2 into the buton (synaptic knob) and triggers the release of the neurotransmitters, such as Acetyl Choline (ACh). ACh moves by means of #3 across the synapses to receptors located on the #4 of the post synaptic neuron. This causes sodium gates to open on the nerve cell membrane. Sodium will move by #5 from ECF to ICF causing the cell to #6. #7 is caused by potassium moving #8 by means of #9. The sodium potassium pump will use #10 to move ion back to their pre-Action Potential positions.

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Your answer. 1. 2. 3. 4. 5. 6. 7. 8. 9. 10.

Correct Answer 1. 2. 3. 4. 5. 6. 7. 8. 9. 10.