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charles anderson

charles a.

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C = 0.8(DI) + 5000 C = Consumption expenditure, DI = Disposable Income I = 2800 I = Investment expenditure G = 4000 G = government expenditure X = 2500 X = spending on exports M = 3500 M = spending on imports DI = Y - T Y = real GDP, T = tax revenues/> T = 1000Two fiscal policy options available to government are to change government spending (G) or changes taxes (T). Note that if government increases spending without changing taxes, government must be borrowing money to do so. Use the equations above to show how changes in G or T affect equilibrium GDP. a. If (only) G increases by 10,000, then equilibrium GDP changes by 2000 b. If (only) T increases by 10,000, then equilibrium GDP changes by One option that government has with fiscal policy is to engage in balanced budget spending (i.e., increase both G and T by equal amounts – e.g. increase both G and T by 5000). c. Assume there’s an output gap of 10,000 (i.e. Yp – Y* = 10,000), and so government’s goal is to increase equilibrium GDP by 10,000. If government seeks to increase equilibrium GDP by 10,000, but do so with balanced budget spending (i.e. through an equal increase in G and T), then government must increase G and T by

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Qualitative researchers are likely to ask about the ________ of their data. trustworthiness validity reliability none of the above

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Which two factors would lead a firm to choose a concentrated production configuration? Multiple select question. Substantial trade barriers High minimum efficient scale of production High fixed costs Low value-to-weight ratio

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An insurance company offers four different deductible levels-none, low, medium, and high-for its homeowner's policyholders and three different levels-low, medium, and high-for its automobile policyholders. The accompanying table gives proportions for the various categories of policyholders who have both types of Insurance. For example, the proportion of individuals with both low homeowner's deductible and low auto deductible is 0.07 (7% of all such individuals). Homeowner's M H Auto N L L 0.04 0.07 0.05 0.02 M 0.07 0.08 0.20 0.12 H 0.02 0.03 0.15 0.15 Suppose an individual having both types of policies is randomly selected. (a) What is the probability that the individual has a medium auto deductible and a high homeowner's deductible? (b) What is the probability that the individual has a low auto deductible? A low homeowner's deductible? auto deductible homeowner's deductible (c) What is the probability that the individual is in the same category for both auto and homeowner's deductibles? (d) Based on your answer in part (c), what is the probability that the two categories are different?

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The AS-AD model is connected with the Phillips curve. It is a historical inverse relationship between the rate of unemployment and the rate of inflation in an economy. Stated simply, lower unemployment in an economy is correlated with a higher rate of inflation. While there is a short-run tradeoff between unemployment and inflation, it has not been observed in the long run. Accordingly, the Phillips curve is now seen as too simplistic. So, what is the solution? Side by Side Phillips Curve and AS-AD screencast

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Prove each of the following identities: \cos(x+y)\cos y + \sin(x+y)\sin y = \cos x

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Experiment C3: For air flow through a heated pipe as shown in the figure, the pipe surface te $T_s = -100x^2 + 75x + 45$ Determine the rate of heat transfer through the thickness of the pipe at a se q (at x = 1.1 m) = 295 [3 decimal places] FIBERGLASS LAGGING AIR INLET COPPER TEST PIPE 32 mm Bore 1.2 mm wall thickness K for copper = 380 W/m.K

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8. Complete the following description of the activation and activity of complement by writing the missing terms in the answer blanks. Proteins 1. Complement is a system of plasma (1) that circulate in the blood in an inactive form. Complement is (2) when it Activated 2. becomes attached to the surface of foreign cells (bacteria, fungi, red blood cells). The result of this complement fixation is that some of the complement elements, called the 3. (3), become inserted in the membrane of the foreign cell. 4. This forms a (4), which causes (5) of the foreign cell. 5. Some of the chemicals released during complement fixation enhance phagocytosis. This is called (6). Others amplify 6. the inflammatory response.

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????? ?????? ??? ?????? ?? ???? AM ABDULRAHMAN BIN FAISAL UNIVERSITY 2 of 20 The output of the following C++ code is void Increase (int *var1) { *var1 = (*var1) ++ * (*var1); } void Increase (int *var1, int *var2) { *var1 = (*var1) * --(*var2); } int main(int argc, const char * argv[]) { using namespace std; int number = 25; Increase (&number, &number); cout<< number <<endl; return 0; } 650 600 625 676

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Please answer the following question in detail. [Do not skip steps] Please write as cleanly and in as much detail as possible. [If you cannot write cleanly, please skip] Please do not copy-paste solutions from solution manuals or other posts, such as: https://www.chegg.com/homework-help/questions-and-answers/object-id-122172-illustrated-14-kg-o2-40-c-200-kpa-mixed-8-kg-n2-20-c-300-kpa-final-temper-q28157524 or https://www.chegg.com/homework-help/questions-and-answers/r-value-ofa-material-related-thermal-resistance-material-0-r-value-product-thermal-resista-q28142037 [If you are unable to follow the request explained above, then please skip] The question is as follows, and thank you for your understanding: As illustrated, 14 kg of O2 at 40°C and 200 kPa are mixed with 8 kg of N2 at 20°C and 300 kPa. What is the final pressure of the mixture if the specific heats at constant volume for N2 and O2 are 0.743 kJ/kgK and 0.658 kJ/kgK, respectively? State 1: State 2: Thermodynamics Tank 1: O2, 14 kg, 40°C, 200 kPa Thermal and Physical Property Tables (at room temperature) GASES Mixture: N2 + O2 Substance Mol wt Cp kJ/(kg-K) Cp Btu/(Ibm-R) Cv kJ/(kg-K) Cv Btu/(Ibm-R) R kJ/(kg-K) R ft-Ibf/(Ibm-R) Gases Air Argon Butane Carbon dioxide Carbon monoxide 29 40 58 44 28 1.00 0.520 1.72 0.846 1.04 0.240 0.125 0.415 0.203 0.249 0.718 0.312 1.57 0.657 0.744 0.171 0.0756 180 0.158 0.178 1.40 1.67 1.09 1.29 1.40 0.2870 0.2081 0.1430 0.1889 0.2968 53.34 38.68 26.58 35.10 55.16 Pm = ? Tm = ? Tank 2: N2, 8 kg, 20°C, 300 kPa Ethane Helium Hydrogen Methane Neon 30 2 16 20 1.77 5.19 14.3 2.25 1.03 0.427 1.25 3.43 0.532 0.246 1.49 3.12 10.2 1.74 0.618 0.361 0.753 2.44 0.403 0.148 1.18 1.67 1.40 1.30 1.67 0.2765 2.0769 4.1240 0.5182 0.4119 51.38 386.0 766.4 96.35 76.55 Nitrogen Octane vapor Propane Steam 28 1.04 1.71 0.918 1.68 1.87 0.248 0.409 0.219 0.407 0.445 0.743 1.64 0.658 1.49 1.41 0.177 0.392 0.157 0.362 0.335 1.40 0'1 1.40 1.12 1.33 0.2968 0.0729 0.2598 0.1885 0.4615 55.15 13.53 48.28 35.04 85.76 32 44 18

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