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An equivalence relation on a mystery set A produces the equivalence classes {4, purple} and {E, 6, gold, *}. Write your answers to the following questions on a blank piece of paper.   a)  List the members of the set A.     b)  Draw the arrow diagram for this relation. When you are done, type “done” in the space below.

Nervous Tissue Drawing:  Obtain the multipolar neuron (motor nerve) prepared slide. Make a drawing of the nerve tissue on the high power objective (400X total magnification) and label the neuron cell body, neuron axon, neuron dendrite, and neuroglia. Take a picture of your drawing. Click “Add File” below to insert a picture of your motor nerve drawing.

Sense of feeling on face; motor chewing and swallowing.

The division of the nervous system consisting of the brain and spinal cord

How do questions 23 and 24 relate to one another?

Most common neuroglial cell. Helps form the blood-brain barrier, helps regulate neurotransmitter and electrolyte balance for neurons. Means “star-cell”

The structure that number 8 points to is the: _______ The structure that number 9 points to is the: _______ The structure that number 10 points to is the: _______ The structure that number 11 points to is the: _______ The structure that number 12 points to is the: _______ The structure that number 13 points to is the: _______ The structure that number 14 points to is the: _______ The structure that number 15 points to is the: _______

Define the function f: {0, 1}3→{0, 1}3. The output of f is obtained by taking the input string and replacing the first bit by 1, regardless of whether the first bit is a 0 or 1. For example, f(001) = 101 and f(110) = 110.  Under this function, what is the preimage of 111?

Suppose you have two unknown functions r{“version”:”1.1″,”math”:”\(r\)”} and s{“version”:”1.1″,”math”:”\(s\)”}, both defined on R+{“version”:”1.1″,”math”:”\(\mathbb{R^+}\)”}.  If r=Θ(n){“version”:”1.1″,”math”:”\(r=\Theta(n)\)”} and s=Θ(n4){“version”:”1.1″,”math”:”\(s=\Theta(n^4)\)”}, what can you say about the asymptotic growth rate of  s ⋅ r 2 {“version”:”1.1″,”math”:”\(s \cdot r^2\)”}?

The part of the sarcomere that appears lighter because it contains only thin filaments.