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sherry miller

sherry m.

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Multiple Choice 2 points While the carbonyl stretching frequency for simple aldehydes, ketones, and carboxylic acids is about 1710 $cm^{-1}$, the carbonyl stretching frequency for amides 2200 $cm^{-1}$ 1800 $cm^{-1}$ 1700 $cm^{-1}$ 1660 $cm^{-1}$ 1735 $cm^{-1}$

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Use the grid at the right to answer each of the following questions. 9. Find a vector with foot at the origin and head at the starfish. Then find the magnitude and direction of this vector. 10. Find a vector that starts at the seahorse and ends at the fish. Then find the magnitude and direction of this vector. 11. Find a vector that starts at the crab and ends at the sandcastle. Then find the magnitude and direction of this vector. 12a. Find a vector with foot at the origin and head at the buoy. 12b. Find a vector with foot at the origin and head at the dolphin. 12c. Find the angle between these two vectors. 13a. Find a vector that starts at the ice cream cone and ends at the bucket. 13b. Find a vector that starts at the ice cream cone and ends at the starfish. 13c. Find the angle between these two vectors.

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When calculating cost of sales using FIFO method do we need to calculate ending inventory

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???? 3 ??? ???? ???? ??? ???? ??? ????? ??????? ???? ?? ??? L1L2 L3 R INSTRUME ??????? .a .b ?????? ??? ?????? ??????? ??? ?????? ???? ??????? d. ?????? ?????? ????? ???????.

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Suppose you invest $13,780.00 into an account earning an interest rate of 2.503\% compounded continuously for 3 year(s) and thereafter earning an interest rate of 4.103\% compounded yearly. How much money is in the account after 11 years?\nThe amount in the account is $

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3. After Reit Problem 5.26 A gasoline engine can be approximately represented by the idealized cyclic process shown in the figure below. Here a ? b represents an adiabatic compression of a mixture of air and gasoline, b ? c represents a rise in pressure at constant volume due to the mixture being ignited and exploding, c ? d represents the adiabatic expansion of the mixture during which the engine performs useful work, and d ? a represents the final cooling down of the gas at constant volume. Pressure, p c d b a V? V? Volume, V (a) Assume that this cycle is carried out quasi-statically for a fixed amount of ideal gas with constant specific heat. Calculate the efficiency of the engine $\eta$ in terms of the temperatures $T_a$, $T_b$, $T_c$, and $T_d$ of each state. (b) Using the fact that $TV^{\gamma -1} = \text{constant}$ along the adiabatic paths, write the effi- ciency entirely in terms of $V_1$, $V_2$, and $\gamma$. (c) Typical gasoline engines have expansion ratios of about $V_2/V_1 = 10$. Using your result from (b), compute the numerical value of the efficiency in this case, assum- ing a monatomic ideal gas. The actual efficiency of most gasoline engines is about $\eta = 25\%$. If this is different from your estimate, can you think of any reason why?

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If Bank A's total reserves are $10.8 million, its excess reserves are $4.20 million, and the required reserve ratio is 4%, then Bank A's required reserves equal __________ and its total deposits equal __________. $6.1 million; $152.5 million $6.6 million; $165 million $15 million; $375 million $6.1 million; $122 million $6.6 million; $264 million

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H?C-CH?-OH + H?C-C(=O)-OH \rightarrow H?SO? \text{ Heat}

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A cell contains 25 mtorr of gas with an absorption cross section of 5.7x10$^{-18}$ cm$^2$/molecule (base 10). The cell is 2.5 cm in diameter and 10 cm long. When 8.4x10$^{14}$ photons impinge on the gas in the cell, 3.8x10$^{13}$ gas molecules are photodissociated. Calculate the quantum yield.

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P 2-29 in textbook. Pratt Company acquired all of Spider, Inc.'s outstanding shares on December 31, 2018, for $495,000 cash. Pratt will operate Spider as a wholly owned subsidiary with a separate legal and accounting identity. Although many of Spider's book values approximate fair values, several of its accounts have fair values that differ from book values. In addition, Spider has internally developed assets that remain unrecorded on its books. In deriving the acquisition price, Pratt assessed Spider's fair and book value differences as follows: Computer software Equipment Client contracts In-process research and development Notes payable Book Values $ 20,000 40,000 -0- (60,000) Fair Values $ 70,000 30,000 100,000 40,000 (65,000) At December 31, 2018, the following financial information is available for consolidation: Cash Receivables Inventory Investment in Spider Computer software Buildings (net) Equipment (net) Pratt $36,000 116,000 140,000 495,000 210,000 595,000 308,000 Spider $18,000 52,000 90,000 -0- 20,000 130,000 40,000 Client contracts In-Process R&D Goodwill Total Assets -0- -0- -0- -0- 0 0 1,900,000 350,000 Accounts payable (88,000) (25,000) Notes payable (510,000) (60,000) Common Stock (380,000) (100,000) Additional paid-in capital (170,000) (25,000) Retained earnings (752,000) (140,000) Total liabilities and equities (1,900,000) (350,000)

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