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(5pts) A country currently imports automobiles at $8,000 each. Its government believes domestic producers could manufacture autos for only $6,000 given time but that there would be an initial shakedown period during which autos would cost $10,000 to produce domestically. Suppose that each firm that tries to produce autos must go through the shakedown period of high costs on its own. Under what circumstances would the existence of the initial high costs justify infant industry protection?(a) In the case of imperfect capital markets.(b) In the case of the problem of appropriability or imperfect capital markets.(c) There is no case where infant industry protection is justified or necessary.(d) In the case of the problem of appropriability.

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42.0𝑛𝐶42.0nC point charges are placed on diagonally opposite corners of a 34.0𝑐𝑚 × 60.0𝑐𝑚34.0cm × 60.0cm rectangle. Points A and B are the unoccupied corners. Determine the potential difference 𝑉𝐵−𝑉𝐴VB-VA. Type your answer here 𝑉

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Find the conditional formation constant for Ba(EDTA)^(2-) at pH 9.00 , where logK_(f) is 7.88 and \alpha _(Y^(4-)) is 0.041 . Find the concentration of free Ba^(2+) in EDTA

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According to Abraham Maslow, an inborn drive to develop all of one's talents and abilities is called _____. Question 7 Answer a. Self-actualization b. Accomplishment c. Self-satisfaction d. Joy

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The following list contains products used in the control of pests and pathogens: herbicides insecticides miticides fungicides antibiotics nematicides What methods of weed, disease, and pest management do they constitute? Group of answer choices cultural methods physical/mechanical approaches chemical methods organic methods

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8. Which area of psychology does Christine Ladd-Franklin believe holds the most promise for future research and advancements? a) Neuropsychology b) Psychoanalysis c) Humanistic psychology d) Comparative psychology

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DERIVATIVES PROBLEM F Assume that on October 1, 2022 a metal refining company has one million ounces of silver that cost $5.00 per ounce total cost) in its inventory. To protect the inventory from a decline in silver prices, the Company hedges its position by selling 200 silver futures contracts on the New York Mercantile Exchange (NYMEX). Each contract is for 5,000 ounces of silver at $5.55 per ounce (March 20, 2023 delivery). The futures contracts mature in March 20, 2023, which coincides with the date for which the Company has scheduled delivery of the silver to its Japanese customer at what is then the NYMEX spot price. The Company designates the futures contracts as a fair-value hedge of its silver inventory (i.e., it is hedging changes in the inventory's fair value, not changes in anticipated cash flows from the planned sale in March). On December 31, 2022 (the Company's fiscal year-end) the March price of silver futures has risen from $5.55 to $5.70 per ounce. On March 20, 2023, the futures price is $5.85 per ounce. On December 31, 2022 and March 20, 2023, the Company determines that the fair value of its silver inventory cumulatively increased by $160,000 and $320,000, respectively. The selling price of the silver to the Japanese customer is $5.70 per ounce on October 1 , 2022; it is $5.85 per ounce on December 31, 2022; it is $6.00 per ounce on March 20, 2023. The company sells the silver to the Japanese customer on March 20, 2023. REQUIRED: Show all entries and show the partial balance sheet and income/ comprehensive income statements for years 2022 and 2023. Note: this problem is adapted from the PWC "A Guide to Accounting for Derivative Instruments and Hedging Activities." DERIVATIVES PROBLEM F Assume that on October 1, 2022 a metal refining company has one million ounces of silver that cost $5.00 per ounce ($5,000,000 total cost) in its inventory. To protect the inventory from a decline in silver prices, the Company hedges its position by selling 200 silver futures ounces of silver at $5.55 per ounce (March 20, 2023 delivery). The futures contracts mature in March 20, 2023, which coincides with the date for which the Company has scheduled delivery of the silver to its Japanese customer at what is then the NYMEX spot price The Company designates the futures contracts as a fair-value hedge of its silver inventory (i.e., it is hedging changes in the inventory's fair value, not changes in anticipated cash flows from the planned sale in March). On December 31, 2022 (the Company's fiscal year-end) the March price of silver futures ounce. On December 31, 2022 and March 20, 2023, the Company determines that the fair value of its silver inventory cumulatively increased by $160,000 and $320,000, respectively The selling price of the silver to the Japanese customer is $5.70 per ounce on October 1, 2022; it is $5.85 per ounce on December 31, 2022; it is $6.00 per ounce on March 20, 2023 The company sells the silver to the Japanese customer on March 20, 2023. REQUIRED: Show all entries and show the partial balance sheet and incomel comprehensive income statements for years 2022 and 2023. Note: this problem is adapted from the PWC "A Guide to Accounting for Derivative Instruments and Hedging Activities."

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8). Kindly find the Interval and Radius of convergence $\sum_{n=15}^{\infty} \frac{x^{2n+1}}{3n+1}$ $\sum_{n=1}^{\infty} \frac{2^n}{3n}(x+3)^n$ Given: Theorem: For $\sum b_n(x-c)^n$ then the radius of convergence is $R = \lim_{n \to \infty} |\frac{b_n}{b_{n+1}}|$

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Derive the frequency response function $G(\omega)$ from $x(t)$ to $y(t)$ for the following equation $m\ddot{x} + c\dot{x} + kx = ky + c\dot{y}$ Sketch the magnitude of $G(\omega)$ as a function of $\omega$ (Bode Diagram) and determine the frequency range where the roll off will be 20dB/decade.

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Incorrect Question 13 0 / 3 pts Which of the following statements about opportunity cost on a PPF is false? The marginal opportunity cost on a linear PPF is always the same at each point on a PPF. The marginal opportunity cost on a concave PPF is measured by the slope of PPF at each point. The opportunity cost on a PPF cannot be measured in a dollar value since we do not know the price of each product. The total opportunity cost is measured by the number of the other good given up to produce one more of one good.

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