In: Accounting
Sal, a calendar-year taxpayer, uses the cash-basis method of accounting for his sole proprietorship. In late December he performed $50,000 of consulting services for a client. Sal typically requires his clients to pay his bills immediately upon receipt. Assume that Sal's marginal tax rate is 32 percent this year and 37 percent next year and that he can earn an after-tax rate of return of 7 percent on his investments. Should Sal send his client the bill in December or January? Use Exhibit 3.1. (Round discount factor(s) to three decimal places.)
| 4% | 5% | 6% | 7% | 8% | 9% | 10% | 11% | 12% | |
|---|---|---|---|---|---|---|---|---|---|
| Year 1 | .962 | .952 | .943 | .935 | .926 | .917 | .909 | .901 | .893 |
| Year 2 | .925 | .907 | .890 | .873 | .857 | .842 | .826 | .812 | .797 |
| Year 3 | .889 | .864 | .840 | .816 | .794 | .772 | .751 | .731 | .712 |
| Year 4 | .855 | .823 | .792 | .763 | .735 | .708 | .683 | .659 | .636 |
| Year 5 | .822 | .784 | .747 | .713 | .681 | .650 | .621 | .593 | .567 |
| Year 6 | .790 | .746 | .705 | .666 | .630 | .596 | .564 | .535 | .507 |
| Year 7 | .760 | .711 | .665 | .623 | .583 | .547 | .513 | .482 | .452 |
| Year 8 | .731 | .677 | .627 | .582 | .540 | .502 | .467 | .434 | .404 |
| Year 9 | .703 | .645 | .592 | .544 | .500 | .460 | .424 | .391 | .361 |
| Year 10 | .676 | .614 | .558 | .508 | .463 | .422 | .386 | .352 | .322 |
| Year 11 | .650 | .585 | .527 | .475 | .429 | .388 | .350 | .317 | .287 |
| Year 12 | .625 | .557 | .497 | .444 | .397 | .356 | .319 | .286 | .257 |
| Year 13 | .601 | .530 | .469 | .415 | .368 | .326 | .290 | .258 | .229 |
| Year 14 | .577 | .505 | .442 | .388 | .340 | .299 | .263 | .232 | .205 |
| Year 15 | .555 | .481 | .417 | .362 | .315 | .275 | .239 | .209 | .183 |
In: Accounting
Programming Exercise 11-2
QUESTION: In this chapter, the class dateType was designed to implement the date in a program, but the member function setDate and the constructor do not check whether the date is valid before storing the date in the member variables. Rewrite the definitions of the function setDate and the constructor so that the values for the month, day, and year are checked before storing the date into the member variables. Add a member function, isLeapYear, to check whether a year is a leap year. Moreover, write a test program to test your class.
Input should be format month day year with each separated by a space. Output should resemble the following:
Date #: month-day-year
An example of the program is shown below:
Date 1: 3-15-2008 this is a leap year
If the year is a leap year, print the date and a message indicating it is a leap year, otherwise print a message indicating that it is not a leap year.
The header file for the class dateType has been provided for you.
GIVEN FILE: dateType.h
FILES NEEDED: dateTypeImp.cpp, main.cpp
~~~~~~dateType.h~~~~~~
#ifndef date_H
#define date_H
class dateType
{
public:
void setDate(int month, int day, int year);
//Function to set the date.
//The member variables dMonth, dDay, and dYear are set
//according to the parameters
//Postcondition: dMonth = month; dDay = day;
// dYear = year
int getDay() const;
//Function to return the day.
//Postcondition: The value of dDay is returned.
int getMonth() const;
//Function to return the month.
//Postcondition: The value of dMonth is returned.
int getYear() const;
//Function to return the year.
//Postcondition: The value of dYear is returned.
void printDate() const;
//Function to output the date in the form mm-dd-yyyy.
bool isLeapYear();
//Function to determine whether the year is a leap year.
dateType(int month = 1, int day = 1, int year = 1900);
//Constructor to set the date
//The member variables dMonth, dDay, and dYear are set
//according to the parameters
//Postcondition: dMonth = month; dDay = day;
// dYear = year
//If no values are specified, the default values are
//used to initialize the member variables.
private:
int dMonth; //variable to store the month
int dDay; //variable to store the day
int dYear; //variable to store the year
};
#endif
In: Computer Science
1. The management of Plitt Corporation would like to investigate the possibility of basing its predetermined overhead rate on activity at capacity. The company's controller has provided an example to illustrate how this new system would work. In this example, the allocation base is machine-hours and the estimated amount of the allocation base for the upcoming year is 55,000 machine-hours. Capacity is 76,000 machine-hours and the actual level of activity for the year is assumed to be 71,000 machine-hours. All of the manufacturing overhead is fixed and both the estimated amount at the beginning of the year and the actual amount at the end of the year are assumed to be $2,508,000 per year. It is assumed that a number of jobs were worked on during the year, one of which was Job Q20L which required 410 machine-hours.
Multiple Choice
$13,530.00
$14,482.82
$10,480.99
$18,696.00
2. Daget Corporation uses direct labor-hours in its predetermined overhead rate. At the beginning of the year, the total estimated manufacturing overhead was $364,140. At the end of the year, actual direct labor-hours for the year were 24,000 hours, manufacturing overhead for the year was overapplied by $8,060, and the actual manufacturing overhead was $359,140. The predetermined overhead rate for the year must have been closest to:
Multiple Choice
$15.43 per direct labor-hour
$15.30 per direct labor-hour
$15.17 per direct labor-hour
$14.96 per direct labor-hour
3. Braam Corporation uses direct labor-hours in its predetermined overhead rate. At the beginning of the year, the estimated direct labor-hours were 11,500 hours. At the end of the year, actual direct labor-hours for the year were 9,700 hours, the actual manufacturing overhead for the year was $143,350, and manufacturing overhead for the year was underapplied by $18,220. The estimated manufacturing overhead at the beginning of the year used in the predetermined overhead rate must have been:
Multiple Choice
$164,023
$125,130
$148,350
$138,350
4. Darrow Corporation uses a predetermined overhead rate based on direct labor-hours to apply manufacturing overhead to jobs. Last year, the Corporation worked 10,000 direct labor-hours and incurred $80,000 of actual manufacturing overhead cost. If overhead was underapplied by $2,000, the predetermined overhead rate for the Corporation for the year must have been:
Multiple Choice
$7.80 per direct labor-hour
$8.00 per direct labor-hour
$8.20 per direct labor-hour
$8.40 per direct labor-hour
In: Accounting
1. Lucero, Inc. starts their 2nd year of operations with $15,000 in their allowance for doubtful accounts and $175,000 in their A/R account
• During the year:
•Lucero makes $200,000 in sales, and collects $185,000 from customers
•Lucero writes-off $12,000 in specific accounts receivable
•Additionally, a previously written-off customer pays an old bill of $2,000
•At year end, Lucero estimates that 4% of their A/R balance will prove uncollectible.
•Questions:
•A: Journalize all related year 2 transactions.
•B: What is the net realizable value (NRV) of A/R at the start of year 2?
•C: What is the NRV of A/R at the end of year 2, before any adjusting entries?
•D: What is the NRV of A/R at the end of year 2, after adjusting entries?
2. Lucero, Inc. starts their 2nd year of operations with $15,000 in their allowance for doubtful accounts and $175,000 in their A/R account
• During the year:
•Lucero makes $200,000 in sales, and collects $185,000 from customers
•Lucero writes-off $22,000 in specific accounts receivable
•Additionally, a previously written-off customer pays an old bill of $2,000
•At year end, Lucero estimates that 4% of their A/R balance will prove uncollectible.
•Questions:
•E: What was the necessary adjusting entry at the end of year 2?
•F: What is the NRV of A/R at the end of year 2, after adjusting entries?
3. Lucero, Inc. starts their 2nd year of operations with $15,000 in their allowance for doubtful accounts and $175,000 in their A/R account
• During the year:
•Lucero makes $202,000 in sales, and collects $185,000 from customers
•Lucero writes-off $12,000 in specific accounts receivable
•Additionally, a previously written-off customer pays an old bill of $2,000
•After adjusting entries, Lucero shows $19,800 in their allowance for doubtful accounts.
•Questions:
•G: What adjusting entry was made at the end of year 2?
•H: What was Lucero’s estimate % of uncollectible A/R?
4. Lucero, Inc. starts their 2nd year of operations with $175,000 in their R/E account, and $75,000 in A/R. They use the direct write-off method for bad debts
• During year 2:
•Lucero writes-off $20,000 in specific accounts receivable relating to year 1.
•Questions:
•I: Journalize the year 2 entry.
•J: What is the theoretical weakness to this method? (what is meant by it being a “bad match”?)
In: Accounting
You and your significant other are going to have a baby one year from now.
Of course your little pride-and-joy is going to be cute AND smart.
After much consultation, your significant other and you have
decided that you want the little one to go to a private four-year
college in the United States. However, private colleges are very
expensive. The average current cost is estimated to be around
$43,921 per year, including tuition, fees, room, and board. You
expect these costs to increase by 3% per year beyond the current
annual rate of inflation of 2%.
Your child will most likely begin college eighteen (18) years after
birth. Colleges tend to demand payment of the annual cost at the
beginning of each year. You expect to invest your money in a manner
that returns 7.50% per year over the foreseeable future. You want
to start saving soon. In fact, you plan to invest money every year.
To be precise, you will put away money once a year, starting when
the baby is born, and ending one year prior to the beginning of
your child’s first year in college.
A. Suppose you want to save the same (constant) amount each
year in nominal dollars. How much will you have to save each year
so that there is enough money to send your child to
college?
B. (13 points) Now suppose that you want to save a constant
percentage of your salary every year. Assume that your current
household income is $100,000 per year, and assume that it will grow
at the rate of inflation over the foreseeable future. What
(constant) percentage of your salary will you have to save each
year so that there is enough money to send your child to college?
What is the constant amount you will save every year in real
dollars, and what are the corresponding (increasing) amounts saved
in nominal dollars each year?
Hint 1: For part A, verify your work by calculating the value of
the savings account each year and make sure it starts at $0 and
ends at $0.
Hint 2: Your answers to parts A and B must be the same in present
value terms.
1 I.e., college costs will increase by (1+0.02)*(1+0.03)-1 per year
for the foreseeable future.
In: Finance
Bramble Consulting started the year with total assets of $60500
and total liabilities of $15600. During the year, the business
recorded $47900 in consulting revenues and $29300 in expenses.
Bramble made an additional investment of $8900 and withdrew cash of
$14900 during the year. Owner’s equity changed by what amount from
the beginning of the year to the end of the year?
a. 2500
b. 12,600
c. 15,100
d. 44,900
In: Accounting
In: Finance
Current one-year rates are 3% in Switzerland and 5% in USA. The current spot rate is 1.12 Sf/$.
In: Finance
An engineer has a fluctuating budget for the maintenance of a particular machine. During each of the first 5 years, $500 per year will be budgeted. During the second 5 years, $1000 per year will be budgeted. In addition, $2000 will be budgeted for an overhaul of the machine at the end of the fourth year, and again at the end of the eighth year. What unifrom annual expenditure would be equivalent, if interest rate is 10% per year?
In: Economics