Which of the following is NOTa good reason for a government to intervene in a market economy?a.Protecting property rights b.Correcting a market failure due to externalities c.Promoting the equality of income in the society through re-distribution and welfare policies d.Providing consumption goods for the citizens e.Correcting a market failure due to monopolies market power f.All of the above items are good reasons for the government to intervene in a market economy.
In: Economics
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5. the individual probabilities are all between 0 and 1 0 ≤ P (event) ≤ 1 o Right or o Wrong |
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6. Expected opportunity loss (EOL) is the cost of not picking the best solution. o Right or o Wrong |
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7. Continuous Probability Distribution is A probability distribution with a continuous random variable. o Right or o Wrong |
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8. The Break-Even Point (BEP) is the price point at which the sales revenue is equal to the costs, |
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generating zero profit. o Right or o Wrong |
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9. Recurring variations over time may indicate the need for seasonal adjustments in the trend line o Right or o Wrong |
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10. Statement of Cash flow = The financial position of the company o Right or o Wrong |
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11. Deterministic Model A model in which all values used in the model are known with complete certainty. o Right or o Wrong |
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12. Models may be the only way to solve large or complex problems in a timely fashion o Right or o Wrong |
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13. Maximax An optimistic decision-making criterion. This selects the alternative with the highest possible return. o Right or o Wrong |
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14. Opportunity Loss The amount you would lose by not picking the best alternative. o Right or o Wrong |
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15. State of Nature An outcome or occurrence over which the decision maker has little or no control. o Right or o Wrong |
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16. QA aim to represent a given reality in terms of a numerical value. o Right or o Wrong |
In: Math
Expenses are costs incurred by an organization in the process of earning revenue during a given time period. Expense accounts have a direct impact on the profitability of an organization.
List three expense accounts related to payroll. Describe when you would expect the account to be cleared to zero. Explain the methods you could use to reconcile these accounts.
In: Accounting
write about 500 words which describes a violating social norm( eg. violating elevator/ bus / restaurant etiquette, wearing clothes that is " inappropriate" for the setting). explain your experience and other people's reactions.
In: Psychology
Given the following schema, write the Relational Algebra and SQL statements for the given conditions:Depositor (customer_name, account_number) Borrower (customer_name, loan_number) Loan ( branch_name, loan_number, amount) Account (branch_name, account_number, balance) Branch(branch_name, branch_city, assets) Customer (customer_name, customer_street, customer_city) 1. Find all the customers who have a loan and an account 2. Find the minimum account balance at the Downtown branch. 3. Find the number of tuples in the customer relation. 4. Find the names of all the account numbers and the branch names whose balance is over BD1000. 5. Find the sum of the loans whose branch name is Mianus. 6. Find the number of customers who have a loan. 7. Find the maximum amount of loan taken by a customer. 8. Find the names of the branches and their branch cities whose assets are greater than 50000 and less than 80000.
In: Computer Science
Circular Motion, Kinetic Energy, Work and Power
Wind energy is the fastest growing renewable energy source, the US has a goal of producing 20 percent of it’s electricity from wind by 2030. All of our energy options come with a set of pros and cons of varying degrees. One concern, which is minor unless it lands on your house, with wind turbines is ice throw off from the tips of the blade. Consider a 50 meter radius wind turbine (about 3 MW) rotating clockwise 15 times a minute with a hub height of 150 meters. Calculate the following for a 100 kg piece of ice at the tip of the turbine blade (r=50m):
a) The angular velocity of the rotating blades in radians per second, the period, or time it takes for a rotor blade to make one revolution and the frequency, or number of rotations made in one second.
b) The magnitude of the force required at the top circular path to keep the piece of ice in circular motion.
c) The magnitude of the force required at the bottom of the circular path to keep the piece of ice in circular motion.
d) The range or distance the piece of ice would travel if it was released at the highest point in the rotation. Consider clockwise rotation so the ice lands in the positive x direction.
e) The kinetic energy of the piece of ice upon release.
f) The kinetic energy of the piece of ice upon landing.
g) The work done by the gravitational force from release to landing.
h) Is this the maximum range? Is this the most likely point of release? Briefly explain your reasoning.
In: Physics
2. Describe the difference between a material that is strong vs. a material that is tough. Draw an example of the stress-strain curve of each.
In: Physics
Five moles of monatomic ideal gas are contained at a pressure of 4 atm and a temperature of 250 K. 35400 J of heat are transferred to the gas. Then, the gas pressure is used to expand a piston, and the expanding gas does 1200 J of work against its surroundings. However, the piston is not perfectly insulated, and 600 J of heat is lost from the gas during the expansion. All processes are reversible. Calculate the final temperature of the gas.
In: Chemistry
A particular smoke detector contains 1.95 μCi of 241Am, with a half-life of 458 years. The isotope is encased in a thin aluminum container. Calculate the mass of 241Am in grams in the detector.
Express your answer numerically in grams.
In: Chemistry
In: Chemistry
What three issues are at the center of the debate regarding the accuracy of the CPI? Give an example of each issue.
In: Economics
You are given the partial implementation of class IntegerLinkedList which stores integers in the inked list. Add a public member function that does the following:
// Complete this for Problem 2
int getSmallestIndex(): return the smallest of integers stored in the linked list.
A main file (prob2.cpp) is provided:
#include <iostream>
#include <string>
#include "IntegerLinkedList.h"
using std::string;
using std::cout;
using std::endl;
int main() {
{
IntegerLinkedList mylist;
mylist.addFront(10);
mylist.addFront(17);
mylist.addFront(23);
mylist.addFront(17);
mylist.addFront(92);
if (mylist.getIndexSmallest() == 4)
cout << "PASSED" << endl;
else
cout << "Result did not match expected answer: 4" << endl;
}
{
IntegerLinkedList mylist;
mylist.addFront(10);
mylist.addFront(17);
mylist.addFront(23);
mylist.addFront(37);
mylist.addFront(2);
if (mylist.getIndexSmallest() == 0)
cout << "PASSED" << endl;
else
cout << "Result did not match expected answer: 0" << endl;
}
// system("pause"); // comment/uncomment if needed
}
// ADD ANSWER TO THIS FILE
#pragma once
class SNode {
public:
int data;
SNode *next;
};
class IntegerLinkedList {
private:
SNode *head;
bool isLesser (SNode *ptr, int compare) {
return false; // COMPLETE THIS FOR PROBLEM 3
}
public:
IntegerLinkedList() {
head = nullptr;
}
void addFront(int x) {
SNode *tmp = head;
head = new SNode;
head->next = tmp;
head->data = x;
}
int getIndexSmallest(); // COMPLETE THIS FOR PROBLEM 2
// recursion helper function called from main
bool isLesserHelper (int compare) {
return isLesser(head, compare);
}
};
Add a recursive function called isLesser to class IntegerLinkedList to calculate the smallest of the linked list’s data values (same as in Problem 2 but recursive).
A recursion “helper” function is already included in class IntegerLinkedList. You only need to write the recursive function.
//PROBLEM 3
#include <iostream>
#include <string>
#include "IntegerLinkedList.h"
using std::string;
using std::cout;
using std::endl;
int main() {
{
IntegerLinkedList mylist;
mylist.addFront(10);
mylist.addFront(17);
mylist.addFront(23);
mylist.addFront(17);
mylist.addFront(92);
if (mylist.isLesserHelper(15))
cout << "PASSED" << endl;
else
cout << "Result did not match expected answer: true" << endl;
if (!mylist.isLesserHelper(5))
cout << "PASSED" << endl;
else
cout << "Result did not match expected answer: false" << endl;
if (mylist.isLesserHelper(100))
cout << "PASSED" << endl;
else
cout << "Result did not match expected answer: true" << endl;
}
// system("pause"); // comment/uncomment if needed
}
// ADD ANSWER TO THIS FILE
#pragma once
class SNode {
public:
int data;
SNode *next;
};
class IntegerLinkedList {
private:
SNode *head;
bool isLesser (SNode *ptr, int compare) {
return false; // COMPLETE THIS FOR PROBLEM 3
}
public:
IntegerLinkedList() {
head = nullptr;
}
void addFront(int x) {
SNode *tmp = head;
head = new SNode;
head->next = tmp;
head->data = x;
}
int getIndexSmallest(); // COMPLETE THIS FOR PROBLEM 2
// recursion helper function called from main
bool isLesserHelper (int compare) {
return isLesser(head, compare);
}
};In: Computer Science
A 9200 kg boxcar traveling at 19 m/s strikes a second boxcar at rest. The two stick together and move off with a speed of 10 m/s. What is the mass of the second car?
In: Physics
psychology question
Explain why Sandra Aamodt believes why dieting doesn't usually
work. Do you believe her? Why or why not? Be detailed in your
answer and base your analysis on points brought up in Ted talk, or
readings
In: Psychology
Dobrinski Corporation has provided the following information concerning a capital budgeting project:
| After-tax discount rate | 14 | % | |
| Tax rate | 30 | % | |
| Expected life of the project | 4 | ||
| Investment required in equipment | $ | 274,000 | |
| Salvage value of equipment | $ | 0 | |
| Working capital requirement | $ | 38,500 | |
| Annual sales | $ | 715,000 | |
| Annual cash operating expenses | $ | 531,000 | |
| One-time renovation expense in year 3 | $ | 72,750 | |
The company uses straight-line depreciation on all equipment. Assume cash flows occur at the end of the year except for the initial investments. The company takes income taxes into account in its capital budgeting.
Click here to view Exhibit 13B-1 to determine the appropriate discount factor(s) using table.
The net present value of the project is closest to: (Round intermediate calculations and final answer to the nearest dollar amount.)
Garrison 16e updates 06-15-2018
Garrison 16e Rechecks 2018-09-04
$144,380
$231,250
$110,974
$61,649
In: Accounting