Numerade

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Draw energy diagrams for the following situations: A slow reaction with a large negative $\Delta$G. Make sure t

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APD-DCCC-Module 3: Introduction to Developmental Disabilities Question 1 of 14 Which answer helps define a developmental disability? Occurs in the developmental years before age 18 Individual cannot read Inability to drive a car The ability to function typically in life

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Men and women are equally likely to demonstrate antisocial personality disorder. a. True b. False

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5. Give an estimate as to how long it will take the student to pay off his debt in each situation. Explain how you came up with your estimate. Based on your estimate, about how much has he actually paid the bank for his $20000 loan? 6. Based on your estimations, which payment plan should the student choose? Why? Part E In July of 2013 Congress voted to keep interest rates on subsidized Stafford Loans at 3.4% to 6.9%. 1. What impact will this have on a student who takes out a loan for school after 2015? 2. How much interest will be on a $20,000 student loan if the interest level were to reach the maximum predicted rate? 3. How long would it take the student to pay back the loan, if only a minimum of $200 a month was made? 4. How much money would the student actually pay on the loan, if only a minimum of $200 a month was made

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(1) Suppose the demand for a certain good is given by the equation: P = 40 - 2Q and the supply for the same good is given by equation: P = 10 + Q. Calculate the Producer Surplus at the market equilibrium. (II) The following table shows how many hours it would take to produce one meter of cloth or one kilogram of wheat for country A and country B. Cloth wheat Country A 1 hour per meter 3 hours per kg Country B 2 hours per meter 4 hours per kg Assume that Country A has 60 million hours of labor. Country A is wondering about two possible combinations of production: 20 million meters of cloth and 10 million kg of wheat OR no cloth but 20 million kg of wheat. Which combination achieves production efficiency?

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Decide whether the given functions are inverses.\ f = \{(2,3),(3,3),(4,3)\}; g = \{(3,2)\}

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Approximate the area under the graph of F(x) = 0.5x^3 + 5x^2 - 0.5x - 5 over the interval [-9, -4] using 5 subintervals. Use the left endpoints to find the heights of the rectangles. The area is approximately \boxed{} square units. (Type an integer or a decimal.)

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Suppose a new polynomial time algorithm is discovered that solves 3-SAT. In this scenario, which one of the Figure 1 represents the correct Venn diagram of the complexity classes P, NP and NP Complete (NPC)? (A) (B) NP P NP P NPC NPC (C) (D) P=NP NPC (A) (B) (C) (D) P=NP=NPC

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Thmad invested his savings in two investment funds. The $3000 that he invested in Fund A returned a 7% profit. The amount that he invested in Fund B returned a 2% profit. How much did he invest in Fund B if both funds together returned a 5% profit?

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2. For the reaction: 2A + 2B \rightarrow C + D + E Initial rate data were obtained. \begin{tabular}{cccc} Expt. # & $[A]_i$ (M) & $[B]_i$ (M) & Initial Rate (M/s) \\ 1 & 0.010 & 0.030 & $2.8 \times 10^{-3}$ \\ 2 & 0.020 & 0.030 & $2.8 \times 10^{-3}$ \\ 3 & 0.020 & 0.060 & $5.6 \times 10^{-3}$ \\ \end{tabular} a. What is the order with respect to each reactant? b. What is the experimental rate law for this reaction? c. Calculate the value of the rate constant, $k$, for this reaction. For Questions 3 and 4 Specific heats $C_{H_2O} = 4.184$ J/(g C) $C_c = 0.387$ J/(g C) $C_r = 0.4498$ J/(g C) $C_{Ag} = 0.235$ J/(g C) 3. Calculate the heat capacity (C) and the specific heat (c) of lead if it requires 257.2 J to change the temperature of 58.1 g lead from 25.00 $^\circ$C to 34.96 $^\circ$C?

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pamela o.