Numerade

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In regards to the sale or disposable of depreciated asset, recapture of depreciation is blank

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16. Which of the following conditions is likely to increase the likelihood of skeletal muscle contraction? (2 pt) a. a partial polarization of the T-tubule membrane, such that the resting potential is lower than zero b. an addition of a drug that increases $Ca^{2+}$ binding to troponin c. a decrease in the amount of ATP in the cell d. a mutation in tropomyosin that increases its affinity for the actin filament

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Question 2 (0.5 points) Listen In doing scientific research, when something is not directly observable, researchers are not able to develop and rely upon other methods to capture participants' attitude, perceptions, and beliefs. True False

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In comparing Malthus's theory to actual world food production and population growth during the past half-century, the principal difference is that O actual food production has been much higher than Malthus predicted. O Malthus's theory predicted technology changes that would negate changes to either population or food production. O actual population growth has been offset by an increase in cancer, increasing the death rate.. O Malthus's theory predicted much lower population growth than has actually occurred. O population increased geometrically while food production increased arithmetically.

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(1 point) If possible, find the indicated values for the rational function. If the value does not exist, enter Does not exist. $f(x) = \frac{x^2 - x - 5}{x - 1}$ a) $f(3) =$ b) $f(0) =$ c) $f(1) =$ d) Find the domain of $f$:

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Part A A canoe has a velocity of 0.340 m/s southeast relative to the earth. The canoe is on a river that is flowing at 0.750 m/s east relative to the earth. (Figure 1) Part B Figure 45° N W E S Find the direction of the velocity of the canoe relative to the river. Express your answer as an angle measured south of west.

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Year Height in Cm 1810 169.7 1820 169.1 1830 166.7 1840 166.5 1850 165.6 1860 166.6 1870 167.2 1880 168 1890 167.4 1900 169.4 1910 170.9 1920 171 1930 173.9 1940 174.9 1950 176 1960 176.9 1970 177.1 1980 176.8 find the mean height for each sixty-year period.

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Data from the Bureau of Labor Statistics indicates that in a certain month, 37.4% of the labor force had a high school diploma or fewer years of education, 20.5% had some college or an associate's degree, and 42.1% had a bachelor's degree or more education. Of those with a high school diploma or fewer years of education, 7.4% were unemployed. Of those with some college or an associate's degree, 4.7% were unemployed, and of those with a bachelor's degree or more education, 3.2% were unemployed. Find the probability that a randomly chosen labor force participant has a bachelor's degree or more education given that he or she is unemployed. The probability is (Type an integer or decimal rounded to three decimal places as needed.)

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8pts 11. For the function $f(x) = -2\sqrt{x+4} + 3$, list each of the operations on $x$ in order. Then, use this to list the inverse operations. Write the final inverse function as $f^{-1}(x)$ 12. (a)Find the equation for the piecewise function shown. 8pts (b) State the domain and range of the function.

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Function u = g(t), where t takes on a value of 15 for -type consumers, or 8 for L-type consumers. There are 10 consumers of each type. A consumer gets zero utility if she does not buy. If a consumer is indifferent between buying two flash drives, assume she will buy the one with more gigabytes. If a consumer is indifferent between buying a flash drive and not buying, assume she will buy. Answer the following. If rounding is needed, round to 3 decimal points. a) (0.25 point) Suppose (g, t) is the optimal (profit maximizing) capacity-price bundle for -type consumer under complete information. What is the value of g? Answer: 8 b) (0.25 point) Suppose (g, t) is the optimal (profit maximizing) capacity-price bundle for -type consumer under complete information. What is the value of t? Answer: 15 c) (0.25 points) What is the seller's overall profit under complete information? Answer: 1.25 For part d) - i), assume information is asymmetric. d) (0.5 point) Suppose that the seller continues to offer the capacity-price bundles that maximize his profit under complete information: that is, he offers (g, t) and (g, t). What is the utility for the type - consumer from buying the bundle? That is, what is u(g, t)? e) (0.5 points) What is the utility for the type consumer from buying the (g, t) bundle? That is, what is u(g, t)? f) (0.5 point) What are the seller's profits if he offers the bundles (g, t) and (g, t) when information is asymmetric? Now suppose the seller decides to offer a menu of capacity-price bundles (qi, t.) and (qir, t) to incentivize the two types of consumers to sort themselves out. Answer part g) to i) in this context. g) (1 point) For -type consumer, what is the optimal (profit maximizing) level of qir? h) (1 point) Suppose (i, t) is the optimal (profit maximizing) capacity-price bundle for -type consumer under asymmetric information. What is the value of t? i) (0.25 points) What is the seller's overall profit under asymmetric information if the seller offers a menu of profit maximizing capacity-price bundles (q, t) and (q, t) to consumers?

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jillian c.