Not sure if the answer above is correct. Please show work. Thank you!
Not sure if the answer above is correct. Please show work. Thank you! Question 4 2...
Considering Solow Model with technological change. The initial aggregate production Y(0) = 160 and the initial capital K(0) = 64. Also, we know the initial state of technology T(0) = 1.6 and the number of workers L(0) = 100. Given the exogenous parameter s = 0.1, n = 0.01, θ= 0.05, d = 0: what is Δ k e ( 0 ), the change of capital per effective worker?
Please answer ALL parts of this one question. No need to show work as long as the answer is CORRECT. Thank you. Given: Suppose the initial price of good 1 is $2 and the initial price of good 2 is $4 and initial income is $100. A consumer maximizes utility selecting an initial consumption bundle (pt R) and a new consumption bundle (pt S) given a change in an exogenous variable. 80 Baseline Budget: B New Budget:B 70- 60 50...
Can you please help with this question? Please answer the question in MATLAB coding. Thank you in advance!! A storage tank (shown below) contains a liquid at depth y where y 0 when the tank is half full. Liquid is withdrawn at a constant flow rate Q to meet demands. The contents are resupplied at a sinusoidal rate 3Qsin2(t) A. The change in volume can be written as d(y) 30 sin2(t) Q dt where A is the surface area and...
Please show all work with correct answer. Thank you!! Question 6 Not yet answered What is the formal charge on the oxygen atom in the following molecular species? Marked out of 1.00 Flag question Select one: O B. +1 OC. 0 O D. +2
please explain neatly and show formulas thank you Question 1 Your answer is partially correct. Try again. The figure shows a thin rod, of length L = 1.50 m and negligible mass, that can p ot about one end to rotate in a vertical circle. A ea ball of mass m 15. C s attached to the other end. The rod is pulled aside to angle eo = 6.80° and released with initial velocity v 0-0. As the ball descends...
URGENT please show work and write clearly. Thank you. Use the data above to answer the questions. The original Absorbance vs. Time graph Absorbance vs. Time (min) 035 Ln(Absorbance) vs. Time (min) y = 1.174681-0.0733 R'9.990 Absoba Ice I absorbat) Time in Time (MI) 1/Absorbance vs. Time Y 0.62518x1.79428 R'-0.987 12Absotele ad Ln Time Absorbance 1/Absorbance Absorbance 0 0.3397 -1.07969 2.943774 1.5366 0.2806 -1.27083 3.563792 2.6937 0.255 -1.36649 3.921569 3.7872 0.2271 -1.48236 4.403347 5.0772 0.2105 -1.55827 4.750594 6.6 0.1809 -1.70981...
Please show how did you came up with the answer, show formulas and work. Also, please do Parts e to i. Thank you so much 1. Consider the following probability mass function for the discrete joint probability distribution for random variables X and Y where the possible values for X are 0, 1, 2, and 3; and the possible values for Y are 0, 1, 2, 3, and 4. p(x,y) <0 3 0 4 0.01 0 0 0.10 0.05 0.15...
I need the answers for 6 and 7. Attached below is my work for 1-5. Thank you. My work: PART III Average rate of change of exponential functions near zero. (5) 1. Given f(x)- 2", find the average rate of change of f(x) fromx - 0 tox -0.1, so that Ax -0.1. Recall that the average rate of change is Show your steps and write your Δι answer on the first line of the table below. (5) 2. Continue finding...
I just need the answer for question D, please show all your work, thank you. I (1 point) Hourly wages at Manufacturing Plant A very from worker to worker, with an average hourly wage of $14.09, and a standard deviation of $2.3 per hour, or σ/YanIA-2.3. In an attempt to attract new employees, a newly constructed Manufacturing Plant B claims that its employees will be paid, on average, more than than employees at Manufacturing Plant A. Assume that the standard...
Please show all work for Number 2. Thank you. ) Solve the nonhomogeneous system: (t) 5 -2 x(sinh(t) 7.jk(t)-| cosh(t)) 20 An interesting application that leads to a system of differential equations is the study of an arms race. The presentation given here is often called the Richardson model, since it was first proposed by the English metcorologist L.E Richardson. We wish to consider the problem of two countries with expenditures for armaments, x and y, measured in billions of...