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Women & Marriage (Choose One)Explain the events at the time of the quote and note any involved characters or circumstances. Analyze the quote’s importance or relevance to the themes, ideas, and interpretation of the text.”The Story of an Hour” by Kate Chopin”A New England Nun” by Mary Wilkins FreemanTrifles by Susan Glaspell[Character] looked at the old dog munching his simple fare, and thought of her approaching marriage and trembled. She—come to think of it, she was kind of like a bird herself—real sweet and pretty, but kind of timid and—fluttery. How—she—did—change. (silence; then as if struck by a happy thought and relieved to get back to everyday things) Tell you what, Mrs [Character], why don’t you take the quilt in with you? It might take up her mind.And yet she had loved him–sometimes. Often she had not. What did it matter! What could love, the unsolved mystery, count for in the face of this possession of self-assertion which she suddenly recognized as the strongest impulse of her being!

Which of the following people is most closely associated with the movement known as “The Great Awakening”?

Which of the following best describes the eighteenth-century movement known as “the Enlightenment”?

Immigrants to the American colonies in the eighteenth century can be characterized as:

The name “Great Awakening” describes:

What profession does Franklin’s father originally intend for him to pursue?

[5 points] Sam is designing a flower garden in the shape of a right triangle. They want 25 feet of a perennial border to form the longest side of the triangle. The length of the second side is 17 feet less than the length of the third side. Find all the side lengths. Round to the nearest tenth if necessary.

[5 points] Use the given graph to write its equation. Give your answer in whatever quadratic form you prefer.

This is part of problem 4. What is the Diode 1 current ID1 when the Diode 1 voltage is VD1=0.8V? Choose the closest answer. 

Part 2 . The Miller Integrator below has R1=2kohm and C1=10uF, and starts at t=0 with vI(0)=vO(0)=0. A voltage ramp is applied between t=0 and t=1ms, such that vi(t)=2000t, where t is the time in seconds, and after 1ms the ramp reaches a voltage of 2V. (The ramp rate is 2V/ms). The ramp waveform is illustrated on the left. (Note: the ramp is only applied for 1ms). Answer the following questions.  Match with closest answer, you may reuse numbers.