The market is expected to yield 9.4% and the risk free rate is 1.2%. You currently hold a portfolio with a beta of 0.7 worth $24,400. You want to invest in another portfolio with a beta of 1.8. How much will you have to invest in the new risky asset so that the resulting portfolio will have an expected return of 11.4%? Note: You are adding funds to the new asset and to the overall portfolio. answer in $ not in percentage.

Answer is 23,864.90 but I am getting 20,328.14

Two strings on a musical instrument are tuned to play at 392 Hz(G) and 494 Hz (B).

Part A

What are the frequencies of the first two overtones for G?

Got this, the answer was 784 and 1180

Part B

What are the frequencies of the first two overtones for B?

Need this

Part C

If the two strings have the same length and are under the same tension, what must be the ratio of their masses mGmB?

Got this. It was 1.59

Part D

If the strings, instead, have the same mass per unit length and are under the same tension, what is the ratio of their lengths ℓG/ ℓB?

Need this

Part E

If their masses and lengths are the same, what must be the ratio of the tensions in the two strings?

Need this

I need part B, D, and E

Refactor Assignment 1 into 3 project related files.

Customer.h            - Class Specification

Customer.cpp         - Class Implementation (Methods)

TestCustomer.cpp - Your code that performs the logic from Assignment 1.

The 3 files need to be named as listed above and should compile without errors.

I am not understanding how to do this.

Below is the code:

#include
#include

using namespace std;

const int NAME_SIZE = 20;
const int STREET_SIZE = 30;
const int CITY_SIZE = 20;
const int STATE_CODE_SIZE = 3;

class Customer
{
private:
   long customerNumber;

   char name[NAME_SIZE];
   char streetAddress_1[STREET_SIZE];
   char streetAddress_2[STREET_SIZE];
   char city[CITY_SIZE];
   char state[STATE_CODE_SIZE];

   int zipCode;

public:
   void setNumber(long number);

   bool setName(char name[]);
   bool setStreetAddress1(char street1[]);
   bool setStreetAddress2(char street2[]);
   bool setCity(char c[]);
   bool setState(char st[]);
   bool setZipCode(int zip);

   long getNumber();

   char* getName();
   char* getStreetAddress1();
   char* getStreetAddress2();
   char* getCity();
   char* getState();

   int getZipCode();
};

void Customer::setNumber(long number)
{
   customerNumber = number;
}

bool Customer::setName(char n[])
{
  
   if (strlen(n) > 0)
   {
       strcpy(name, n);
       return true;
   }

   return false;
}

bool Customer::setStreetAddress1(char street1[])
{

   if (strlen(street1) > 0)
   {
       strcpy(streetAddress_1, street1);
       return true;
   }

   return false;
}

bool Customer::setStreetAddress2(char street2[])
{
   if (strlen(street2) > 0)
   {
       strcpy(streetAddress_2, street2);
       return true;
   }

   return false;
}

bool Customer::setState(char st[])
{
  
   if (strlen(st) > 0)
   {
       strcpy(state, st);
      
       for (int i = 0; i < strlen(state); i++)
       {
           state[i] = toupper(state[i]);
           if (state[i] < 'A' || state[i] > 'Z')
               return false;
       }

       return true;
   }

   return false;
}

bool Customer::setCity(char c[])
{

   if (strlen(c) > 0)
   {
       strcpy(city, c);

       for (int i = 0; i < strlen(city); i++)
       {          
           city[i] = toupper(city[i]);
           if (city[i] < 'A' || city[i] > 'Z')
               return false;
       }

       return true;
   }

   return false;

}

bool Customer::setZipCode(int zip)
{

   if (zip >= 0 && zip <= 99999)
   {
       zipCode = zip;
       return true;
   }

   return false;
}

long Customer::getNumber()
{
   return customerNumber;
}

char* Customer::getName()
{
   return name;
}

char* Customer::getStreetAddress1()
{
   return streetAddress_1;
}

char* Customer::getStreetAddress2()
{
   return streetAddress_2;
}

char* Customer::getState()
{
   return state;
}

char* Customer::getCity()
{
   return city;
}

int Customer::getZipCode()
{
   return zipCode;
}

int main()
{
   Customer info;
  

   char name[NAME_SIZE];
   char streetAddress_1[STREET_SIZE];
   char streetAddress_2[STREET_SIZE];
   char city[CITY_SIZE];
   char state[STATE_CODE_SIZE];
   int zipCode;

   info.setNumber(1);

   do
   {
       cout << "What is your name: ";
       cin.getline(name, NAME_SIZE);
   } while (!info.setName(name));

   do
   {
       cout << "Street you live on: ";
       cin.getline(streetAddress_1, STREET_SIZE);
   } while (!info.setStreetAddress1(streetAddress_1));

   do
   {
       cout << "Second street(if applicable, type N/A if not): ";
       cin.getline(streetAddress_2, STREET_SIZE);
   } while (!info.setStreetAddress2(streetAddress_2));

   do
   {
       cout << "What state do you live in: ";
       cin.getline(state, STATE_CODE_SIZE);
   } while (!info.setState(state));

   do
   {
       cout << "What City do you live in: ";
       cin.getline(city, CITY_SIZE);
   } while (!info.setCity(city));

   do
   {
       cout << "what is the zip code: ";
       cin >> zipCode;
   } while (!info.setZipCode(zipCode));

  
   cout << "\n" << "Details of Customer: " << "\n";
   cout << "Customer Number: " << info.getNumber() << "\n";
   cout << "Name: " << info.getName() << "\n";
   cout << "Street Address 1: " << info.getStreetAddress1() << "\n";
   cout << "Street Address 2: " << info.getStreetAddress2() << "\n";
   cout << "State: " << info.getState() << "\n";
   cout << "City: " << info.getCity() << "\n";
   cout << "Zip code: " << info.getZipCode() << "\n";

   return 0;
}

Walton Company manufactures molded candles that are finished by hand. The company developed the following standards for a new line of drip candles:

During 2017, Walton planned to produce 32,000 drip candles. Production lagged behind expectations, and it actually produced only 25,000 drip candles. At year-end, direct materials purchased and used amounted to 43,900 pounds at a unit price of $0.56 per pound. Direct labor costs were actually $6.40 per hour and 24,900 actual hours were worked to produce the drip candles. Overhead for the year actually amounted to $150,000. Overhead is applied to products using a predetermined overhead rate based on estimated units.

Required

1. a.&b. Compute the standard cost per candle for direct materials, direct labor, overhead and also the total standard cost for one drip candle.

2. c.&d. Compute the actual cost per candle for direct materials, direct labor, overhead and also the total actual cost per candle.

3. e. Compute the price and usage variances for direct materials and direct labor.

4. f. Compute the fixed cost spending and volume variances.

Security valuation: equity. Next year, your company expects net income of $44 million. It pays 50% of its earnings out in dividends and has a cost of equity capital of 11%.

a. If your company’s NI has a 7% growth rate, what is the estimated value of your company?

b. What is its re-investment rate (i.e. internal rate of return on earnings retained and reinvested)? Now suppose instead that the company’s re-investment rate (i.e. internal rate of return) on all future retained earnings is only 11%, and continue to assume initial earnings of $44 million.

c. What would be the value of your company if it maintains a dividend payout ratio of 50%?

d. Does the value of the company in c. above change if the payout ratio is reduced to 25%? Why or why not?

e. Find the company’s market capitalization one year from now under each of the two dividend policies described in c. and d. Which payout policy leads to a greater increase in stock price?

f. How can you reconcile the seemingly contradictory results obtained in parts d. and e.?

A 2.0 kg wood block is launched up a wooden ramp that is inclined at a 28 ∘ angle. The block's initial speed is 15 m/s . The coefficient of kinetic friction of wood on wood is μk=0.200.

What vertical height does the block reach above its starting point?

What speed does it have when it slides back down to its starting point?

According to who deserves death and who doesn't deserve death in the world

why do you think Hitler deserves death?

Is the Coca Cola Company a multinational enterprise? Which activity has the Coca Cola company conducted to support its transactions across national borders? Did it follow a step-wise internalization process in the past years?

Subject:Spiritual Leadership and the Values of Altruistic Love

Where is altruistic love most evident in the life of a spiritual leader? How does it become an integral part of us personally/professionally in a day-today function?

Provide some specific examples of how firms have chosen to hedge using futures or forward contracts. This could possibly include agricultural operations as well. Be sure to identify the risk the firm is trying to control.

Neve Commercial Bank is the only bank in the town of​ York, Pennsylvania. On a typical​ Friday, an average of 8 customers per hour arrive at the bank to transact business. There is one teller at the​ bank, and the average time required to transact business is 3 minutes. It is assumed that service times may be described by the negative exponential distribution. A single line would be​ used, and the customer at the front of the line would go to the first available bank teller. If a single teller is​ used:

f) CEO Benjamin Neve is considering adding a second teller? (who would work at the same rate as the? first) to reduce the waiting time for customers. He assumes that this will cut the waiting time in half.

g) If a second teller is? added, the average time a customer spends in the queue? = ____ minutes?

h) If a second teller is? added, the average number of customers in the queue? =??____ customers.

I) If a second teller is? added, the average time a customer spends in the system? = _____minutes

j) If a second teller is? added, the average number of customers in the system? =?? customers?

Obtain the most current Balance of Payments (BOP) of Singapore and briefly discuss surpluses or deficits on major accounts. What is the total amount of foreign reserve of this country? Please attach the BOP to your project and highlight all the potential numbers. Thank you!

n general, what can companies (and not just Volkswagen) do to prevent scandals such as the one Volkswagen faces? List and explain two specific actions that companies can take to avoid this type of problems. (Be specific – for example: don’t recommend “just be honest” as this lacks detail and it might not be as easy as it sounds, as evidenced by the many scandals in this industry)

Nishime categorizes cyborgs into three types: good, bad, and mulatto. Describe the types and discuss your opinion of this categorization system. Do you think it's a good way to think about cyborgs? How so? Why or why not?