For number 1 and 2 assume an individuals Utility function is given by: 1/2 U(q1, q2) = q₁ q₂ 1. Suppose Melissa has $14 to spend on bundle of good #1 and good #2. If the price of good #1 is $2 (p1=2). How much of good #1 will be demanded of Melissa? 2. If the price of good #1 (p1) increases by 1% but income (y) stays the same, which statement must be true? A.The individuals total expenditure of good #1 will increase B. The individuals total expenditure of good #1 will decrease C. The individuals total expenditure of good #1 will remain the same D.There is not enough information to say how the individuals expenditure on good #1 will be affected

Greenhouse gases trap heat and make the planet warmer. Human activities are responsible for almost all of the increase in greenhouse gases in the atmosphere over the last 150 years. In this part, you will draw two pie graphs. A pie graph is used to show how a certain quantity has been divided into several parts, as well as to show the comparisons among these parts. 1. The data table below shows the total U.S. greenhouse gas emissions by economic sector in 2013, in million metric tons of CO2. On the pie graph provided, complete the graph to show the percent of greenhouse gas emissions for each economic sector. Label each section of the pie graph with its economic sector. The percent for "Agriculture" has been drawn and labeled for you. Economic Sector Electricity Transportation Industry Commercial & Residential Agriculture Percent of Greenhouse Gas Emissions 31 27 21 12 9 80 75 70- 85 65 95 90 wlad Percent 0 100 Agri- culture 55 50 45 10 40 35 20 25 30

(Ch7) If the mean time between in-flight aircraft engine shutdowns is 12,500 operating hours, what is the 90 percentile on the distribution of the number of hours until the next shutdown? (hint: convert the mean time between events to the mean events per hour λ, then apply inverse exponential) Question 7Select one: a. 20,180 hours   b. 18,724 hours c. 23,733 hours d. 28,782 hours

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compare the results of this graph for small vs large time windows. ( the first graph= small time window, 2nd graph = large time window)

Use graphical method to solve the following LPP: Maximise Z = x +4y Subject to the constraints: x + y < 1 2x + 2y 2 4 *2 0, y 2 0

Refer to the table below aw 1 Year 1950 1960 1970 1980 1990 2000 2010 2020 Participation Rates (Age 16 and Older) Men 864 83.3 79.7 77.4 76.4 74.7 71.2 69.2 Women 33.9 37.7 43.3 51.5 57.5 60.0 58.6 57.4 Instructions: Round your responses to one decimal place. If you are entering any negative numbers be sure to include a negative sign (-) in front of those numbers. Between 1980 and 2020, by how many percentage points did the labor force participation rate of a. men change? b. women change? T Q Search W O