Stock |
P1 |
Q1 |
P2 |
Q2 |
P3 |
Q3 |
A |
$70 |
200 |
$72 |
200 |
$37.5 |
400 |
B |
$85 |
500 |
$81 |
500 |
$83 |
500 |
C |
$105 |
300 |
$98 |
300 |
$105.5 |
300 |
1-What is the value of the price-weighted index for periods 1, 2 and 3?
What is the return of the price-weighted index between periods 1 and 2? And between periods 2 and 3?
Create an equally-weighted index for period 1, w/ initial value of 3000. How many shares of A, B and C you need to purchase in order to create this index at time 1? What is the value of the equally-weighted index at time 2? Rebalance the index at time 2; what will be the number of shares of each A, B and C that you need to have after rebalancing and how you should trade each one of them? Stock...
PROBLEM 1, Chapter 4 Three point charges Q1- lnC, Q2- 4nC and Q3--2nC are located at P1-[1 0 1], P2-[0 1 1] and P3-[ 1 1 0] respectively. Find the total energy in the system Solution Complete MATLAB code then run it or use MATLAB steps as a guidance to compute the answers manually. clear; clc; QI-le-9 -i Q2-409 ; Q3--209 ; % Charges P1-[ 1 0 1 ]; P2-[ 0 1 1 ], P3-[ 1 1 0 ]; %...
Question 6 1 pts 1 Price MC ATC AVC P3 P6 pa P3 P2 P1 Q1 02 03 04 QS Shutdown point is at O p1 Op3 Op4 O p7 Question 7 1 pts Price MC ATC AVC P7 P6 P3 P2 PI Q1 02 03 04 Q3 Quantity Exit point is at Op4 O p1 Op3 O p7
6. Consider the weighted voting system [23:8,9,15,8]. Find the Banzhaf power distribution of this weighted voting system. (P1P2,P3) (P1,P2,P4) P1,P3,P4) P2 P3P4) (P1,P2,P3,P4) P1.P2) P1P3) Player Times critical Power index P2.P3) (P2 P4) (P3,P4) P3 7. Cindy, Jamal, Monique, and Ryan are dividing a piece of land using the lone-divider method. The values of the four pieces of land in the eyes of the each player are: Piece 1 35% 20% 25% 15% Piece 2 15% 40% 25% 25% Piece...
P0 Q0 P1 Q1 P2 Q2 A $ 18.00 150.00 $ 16.00 150.00 $ 19.00 150.00 B $ 30.00 400.00 $ 42.00 400.00 $ 44.00 400.00 C $ 44.00 200.00 $ 60.00 200.00 $ 24.00 600.00 1.1 Calculate the price-weighted index of the three stocks for each period . What is the divisor for each period ? Does it change in the last period ? Why or why not ?
T А 1 Price, Cost P4 a P3 P2 B Pi Quantity 0 Q1 Q2 If a positive externality exists then the socially optimal price is OP2 OP3 Op4 OP1
Price, Cost 3 D Pa P3 ON C P2 2 B P1 A 2 0 Q1 Quantity If a positive externality exists then curve 1 represents marginal private benefit marginal social cost o marginal private cost marginal social benefit
p1=2 p2=6 p3=4 p4=8 Q1. [10 points) A perfectly polished round steel specimen with ultimate strength Surat room temperature, as shown below, is subjected to a completely reversed stress cycling with at an operating temperature. Determine the endurance limit at the given conditions and the number of cycles to failure. 300 x (1 + (P, +P_)/20) [MPa] 400 x (1 + (P3 +P)/20) [MPa] 300 x (1 + (P2+Pa)/20) [°C] -37 in — 0.30 in 9 [in R. Note: upload...
Two firms compete by choosing price. Their demand functions are; Q1=80−P1+P2 and Q2=80+P1+P2. where P1 and P2 are the prices charged by each firm, respectively, and Q1 and Q2 are the resulting demands. Note that the demand for each good depends only on the difference in prices; if the two firms colluded and set the same price, they could make that price as high as they wanted, and earn infinite profits. Marginal costs are zero. Suppose the two firms set...
Consider the three stocks in the following table. Pt represents price at time t, and Qt represents shares outstanding at time t. Stock C splits two-for-one in the last period. P0 Q0 P1 Q1 P2 Q2 A 100 100 105 100 105 100 B 60 200 55 200 55 200 C 120 200 130 200 65 400 a. Calculate the rate of return on a price-weighted index of the three stocks for the first period (t = 0 to t...