b) Stationarity ,For maximizing
For minimizing
Primal feasibility
Dual feasibility
Complementary slackness
please help me the best you can Part 1: Optimization with inequality constraints 1. A consumer...
Consider the following linear regression model 1. For any X = x, let Y = xB+U, where B erk. 2. X is exogenous. 3. The probability model is {f(u; ) is a distribution on R: Ef [U] = 0, VAR; [U] = 62,0 >0}. 4. Sampling model: {Y}}}=1 is an independent sample, sequentially generated using Y; = xiß +Ui, where the U; are IID(0,62). (i) Let K > 0 be a given number. We wish to estimate B using least-squares...
can anyone help me with this question? 2. An review of intertemporal optimization: Suppose a consumer's utility function is given by U(c,2) where ci is consumption in period 1 and ca is consumption in perio You can assume that the price of consumption does not change between periods 1 and 2. The consumer has $100 at the beginning of period 1 and uses this money to fund consumption across the two periods (i.e. the consumer does not gain additional income...
II. A simple economy with two factor inputs and two outputs. Let there be two factor inputs: land denoted T and labor denoted L. The resource endowment of T is Tº = 8; the resource endowment of L is Lº = 8. Let there be two goods: z and y. Robinson has a utility function u(x,y) := xy. The prevailing wage rate of labor is w, and the rental rate on land is r. Good is produced in a single...
can anyone answer this please with workings [Ec Question 1 Consider the matrix below: T12 6 a) Find A b) What is the rank of matrix A? c) If element a became 4, would this change results to parts (a) and (b), and if so, why? Consider these further matrices: B= d) Describe, using matrix terminology, each of the further matrices above (be sure to also describe the dimensions of each matrix). Perform the following matrix operations, where possible, being...