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Alex_Xolod [135]
1 year ago
10

Bonds with a face value of $384000 and a quoted price of 98.5 have a selling price of?

Business
1 answer:
lbvjy [14]1 year ago
6 0

Answer: The selling price would be $378,240.

You might be interested in
If a concession stand received $5,550 in gameday sales, and its profit for the event was $3,330, what were the expenses?
frez [133]

Answer: $1,110 .

Explanation:

Given : Amount received by concession stand in gameday sales = $5,550

i.e. Gross income = $5,550

Profit  for the event = $3,330

i.e. Net income =$3,330

According to the Net income formula ,

Gross income - expenses = Net income

⇒ Expenses = Gross income - Net income

⇒ Expenses = $5,550- $3,330

⇒ Expenses = $1,110

Thus , the expenses were $1,110 .

3 0
3 years ago
Write the AddressList method newBusiness. This method searches addresses for an existing business with an identical address (i.e
max2010maxim [7]

Answer:

See explaination

Explanation:

// Address.java

public class Address {

/**

* The name of the business

*/

private String name;

/**

* The name of the street the business is on

*/

private String street;

/**

* The street number of the business

*/

private int number;

/**

* Constructs an Address that represents a business with name nm,

* at number no on the street st

*/

public Address(String nm, String st, int no)

{

name = nm;

street = st;

number = no;

}

/**

* Returns the name of the business

*/

public String getName()

{

return name;

}

/**

* Returns the name of the street on which the business is located

*/

public String getStreet()

{

return street;

}

/**

* Returns the street number of the business

*/

public int getNumber()

{

return number;

}

}

//end of Address.java

//AddressBook.java

import java.util.ArrayList;

import java.util.List;

public class AddressBook {

/**

* The list of business addresses. No two businesses in the list

* can have the same address (both the same street and street number)

*/

private List<Address> addresses;

/**

* Constructs an empty AddressBook

*/

public AddressBook()

{

addresses = new ArrayList<Address>();

}

/**

* atparam st the name of a street

* atreturn a list with the names of each business with an address on that street

*/

public List<String> onStreet(String st)

{

// create an empty output list of names of business

List<String> businessName = new ArrayList<String>();

// loop over the list of addresses

for(int i=0;i<addresses.size();i++)

{

// if ith street of address = nm, add the name of the business to the output list

if(addresses.get(i).getStreet().equalsIgnoreCase(st))

businessName.add(addresses.get(i).getName());

}

return businessName; // return the list

}

/**

* Searches for an existing business with an identical address (street and number

* both match). Updates the record to an address with name nm, street st and number no.

* If no entry already exists adds a new address to the end of the list with these parameters.

*

* atparam nm the name of the business

* atparam st the street the business is on

* atparam no the street number of the business

* atreturn the index of where the business address is on the list

*/

public int newBusiness(String nm, String st, int no)

{

// loop over the list of addresses

for(int i=0;i<addresses.size();i++)

{

// if ith index addresses match the street and number of the input st and no

if((addresses.get(i).getStreet().equalsIgnoreCase(st)) && (addresses.get(i).getNumber() == no))

{

addresses.remove(i); // remove the ith address from list

addresses.add(i, new Address(nm,st,no)); // add a new address with the input name, street and number at ith index

return i; // return the index i

}

}

// if no address match, add the business at the end of the list

addresses.add(new Address(nm,st,no));

return addresses.size()-1; // return the last index

}

}

//end of AddressBook.java

5 0
4 years ago
Find the final amount in the following retirement​ account, in which the rate of return on the account and the regular contribut
ICE Princess25 [194]

Answer:

Total value of the investment= $57,320.73

Explanation:

<u>First, we need to calculate the future value of the first part of the investment. We will calculate the future value for the monthly deposit for five years and then the lump sum for another five years.</u>

FV= {A*[(1+i)^n-1]}/i

A= monthly deposit

i= 0.04/12= 0.003333

n= 5*12= 60 months

FV= {322*[(1.003333^60) - 1]} / 0.003333

FV= $21,348.05

<u>For the lump sum:</u>

FV= PV*(1+i)^n

n= 12*5= 60

i= 0.05/12= 0.004167

FV= 21,348.05*(1.004167^60)

FV= $27,397.75

<u>Now, the future value of the second part of the investment:</u>

<u></u>

n= 60

i= 0.0041667

A= 440

FV= {440*[(1.004167^60) - 1]} / 0.004167

FV= $29,922.98

Total value of the investment= 27,397.75 + 29,922.98

Total value of the investment= $57,320.73

3 0
3 years ago
Which financial transaction is associated with the home rental process?
Bezzdna [24]
During a home rental process you must place a security deposit down in order to rent the home. You also sometimes will have to pay a couple months rent in advance.
3 0
3 years ago
Read 2 more answers
A project to build a new bridge seems to be going very well since the project is well ahead of schedule and costs seem to be run
tresset_1 [31]

Answer:

Schedule variance = $1,428,140

Schedule Performance Index (SPI) = 1.132

Cost Performance Index = 0.801

Explanation:

Planned Value = $1,414,000 + $10,494,000 + $8,494,000 * 53%

                        = $20,402,000 * 53%

                        = $10,813,060

Earned Value = $1,414,000 + $10,494,000 + $8,494,000 * 60%

                        = $20,402,000 * 60%

                        = $12,241,200

Schedule Variance = Earned value - Planned value

                                = $12,241,200 - $10,813,060

                                = $1,428,140

Schedule Performance Index (SPI)

                          = Earned value / Planned value

                          = $12,241,200 / $10,813,060

                          = 1.132

Actual Cost (AC)

                        = $1,294,000 + $8,994,000 + $4,994,000

                        = $15,282,000

Cost Performance Index (CPI)

                             = Earned value / Actual cost

                             = $12,241,200 / $15,282,000

                             = 0.801

3 0
4 years ago
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