The answer is Magnesium, if that’s a option.
Just leave him alone. If he doesn’t want you texting him than just accept it and give it up.
Answer:
Myelinated Axons; leak channels are insulated by myelin leading to less loss of current flow and better conduction velocity. Ion channels omly located at nodes of ranvier; thus signal has sultatory conduction along myelin sheaths and jumps and move much quicker
Demyelinating diseases; along locations where myelin sheaths once was current links occur and conduction slows, the signal cannot make it very far because it looses energy as it travels through the axon
Unmyelinated axon; Ion channels are sequentially placed all along axons; thus it takes longer to send signal down axon. the energy isn't leaked out, it still contains the same signal but it is simply slower. distance between voltage gated channels needs to be small enough so local current flow can depolarize the membrane.
N/B; Harder to generate action potential in demyelinating disease
axon diameter( bigger diameter= less resistance= faster current).
What she did wrong was step on the lower cupboard to get the bowl. what she should have done instead is find something sturdy like a step stool to get the bowl.
Answer:
Systems Perspective
Explanation:
Based on the information provided within the question it can be said that all of this can be well explained using the concepts from the Systems Perspective. This is an approach in which you focus on the whole picture as opposed to dissecting a single element at a time. By doing this you are able to see relationships between elements that you may otherwise have missed. Thus this approach will allow you to see the interrelated lives of the Mckinley family as well as their correlation with the various external factors mentioned.
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