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patricia blevins

patricia b.

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You are interested in recording from hippocampal neurons in an awake rat. Unfortunately, you accidently set the stimulation parameters wrong and you overstimulated the mossy fiber projection, resulting in excitotoxic, necrotic death of nearly all neurons in CA3 and the DG. After the rat recovers from this experiment, you decide to test the rats memory in a Morris Water Maze where the hidden platform is located in the northeast quadrant (assume 4 equal quadrants for this experiment). After six trials per day over the course of three days, which quadrant would you expect the injured mouse to spend the most time in a the end of the testing period? northeast northwest southeast southwest no preference for any quadrant

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(a) The total impedance, $Z_T$. (b) The total admittance, $Y_T$. (c) The total current in the circuit. (d) The currents flowing through each branch. (e) The voltage $V_{ab}$ across the terminals 'a' and 'b'. 20 ? 60$\angle$90° V + $Z_T$ j10 ? a b o + $V_{ab}$ -j5 ? 40 ?

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6. Let $f(x, y, z) = 6xy - z^2$, $x = 3r \cos \theta$, $y = \cos^2 \theta$, and $z = 7r$. Use the chain rule to calculate $\frac{\partial f}{\partial \theta}$.

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Debate on the topic "BJT is more suitable for low noise applications than FET" Your debate should address the following: A1.1 Identification of any two low noise amplifier applications A1.2 Significance of BJT and FET in low noise amplification A1.3 Conclusion and justification of the stance

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12. Which of the following is a chain propagation step in the free radical chlorination of methane? (1 pt) A) CH4 + Cl$\cdot$ ? $\cdot$CH3 + HCl B) Cl2 ? 2 Cl$\cdot$ C) Cl$\cdot$ + $\cdot$CH3 ? CH3Cl D) $\cdot$CH3 + CH4 ? CH4 + $\cdot$CH3

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3.Problem 3 Suppose Montana establishes an income tax schedule that has a tax rate of 5% on the first $20,000 of income, 10% on the next $10,000, and then 20% on all taxable income above $30,000. Montana provides a $2,000 exemption (deduction) per family member. (Let's call this tax system A.) 1. The Abrams family has three members. Thomas is the sole earner, and he has two kids. The family's annual income is $35,000. Calculate their: (a) Statutory marginal tax rate, (b) Effective marginal tax rate, (c) Taxable income, (d) Total taxes, and (e) Effective average tax rate. -2 2. The Brigham family has four members. Rachel is the sole earner, and she has three daughters. The familys anmual income is $100.000. For the Brigham family, calculate the same 5 items as you did for the Abrams family in 1(a)-1(e). 3. Suppose that under Montana's tax system, taxes are levied at the household level (i.e. the marginal tax rates apply to combined spousal income). Does this tax system provide Thomas and Rachel a financial incentive to marry each other, or does it provide a disincentive? 4. Suppose that Montana decides to move to a flat tax rate of 15%, keeping the $2,000 per family member exemption. (Let's call this tax system B.) (a) Specify whether each family benefits or suffers from the new tax system. (b) How has the marriage incentive or disincentive changed from that in system A? 5. Rather than implementing the flat tax system, Montana keeps the income tax schedule described first (A), but instead of providing a $2,000 exemption per family member, introduces a $2,000 tax credit per family member. (Let's call this tax system C.) (a) Which tax regime will each family prefer? Why? (b) Why does the distinction between a credit versus a deduction matter so much in terms of total tax revenue? 6. Compare and contrast the vertical and horizontal equity implications of each of the three tax regimes A-C. (a) Which tax system is the most vertically equitable, and which is the least? (b) Which regime is the most horizontally equitable, and which is the least?

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Create code to print the following output Celsius | Fahrenheit 0 | 32 10 | 50 20 | 68 100 | 212 Only include the body of your main() method F = (9/5)C + 32

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6. (a) For the given inverting amplifier circuit, consider, \newline $V_{in} = 0.5 \sin(2000\pi t)$. Calculate the voltage gain.

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QUESTION 34 The carbon contents of ferrite (?), pearlite and cementite (Fe3C) are 0.022 wt%, 0.77 wt% and 6.70 wt%, respectively. With the aid of Figure 15: (a) Calculate the proportion of pearlite in the microstructure of 0.4 wt% C steel just below the eutectoid temperature (727 °C). Show all the necessary working. (5 marks) (b) List one possible application for this type of steel and briefly explain the basis of your choice. (3 marks)

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$V_1 = v_1(t)$\newline$R$\newline$0.76R$\newline$+15 V$\newline$V_2 = V_0 + v_2(t)$\newline$-15 V$

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