Question about Office Equipment & Supplies

Your 'investment' consists 2 years loss of 45k and a further 30k = 75k

if you work for the next 5 years you would need to earn 75k more than whatever your wages were without the qualification. That's an extra 15k a year.

None of this allows for tax or inflation, and is a gross over-simplification of events.

Posted on May 12, 2014

Hi,

a 6ya expert can help you resolve that issue over the phone in a minute or two.

best thing about this new service is that you are never placed on hold and get to talk to real repairmen in the US.

the service is completely free and covers almost anything you can think of (from cars to computers, handyman, and even drones).

click here to download the app (for users in the US for now) and get all the help you need.

goodluck!

Posted on Jan 02, 2017

annual salary $40,000

annual bonus 3,600

11.1%

annual bonus 3,600

11.1%

Dec 16, 2015 | Office Equipment & Supplies

i think teachers need to be payed a good wage .. after all they single handed look after 30 kids for like 4 or 5 hrs...

how the fek do they do it my home is a reck after an hour with three..?

how the fek do they do it my home is a reck after an hour with three..?

Mar 26, 2015 | Encore Math Advantage Algebra II and...

45k - 37 k = 8k. 4.5 x 8k = 36k answer is a

May 09, 2014 | Office Equipment & Supplies

The easiest way to do this is to use Excel spreadsheet.

This is what you need to do.

Create a label at the top of each column as detailed.

Add a employee to each row under Name of employee

Then against each employee add the data and the formula in the relevant cell under each column.

The first column - Name of the employee

2nd column - salary rate per hour

3rd column - hours worked

4th column - gross pay (formula = salary rate X hours worked)

5th column - tax deduction

6th column - other deductions

7th column - total deductions (formula = tax deduction + other deduction)

8th column - net pay (formula = gross pay - tax - total deductions)

At the last row you can include a total for Gross salary paid, total Tax collected etc.

Once you have setup this spread sheet make a copy of it and save it as a template.

You can then copy this template for each new financial year so you do not have to create a new one each year, you only need to make minor changes for new employees, rates of pay etc.

Another way to make a salary program is to use Access Database. You need more skills to do this, but it can provide greater reporting capabilities.

This is what you need to do.

Create a label at the top of each column as detailed.

Add a employee to each row under Name of employee

Then against each employee add the data and the formula in the relevant cell under each column.

The first column - Name of the employee

2nd column - salary rate per hour

3rd column - hours worked

4th column - gross pay (formula = salary rate X hours worked)

5th column - tax deduction

6th column - other deductions

7th column - total deductions (formula = tax deduction + other deduction)

8th column - net pay (formula = gross pay - tax - total deductions)

At the last row you can include a total for Gross salary paid, total Tax collected etc.

Once you have setup this spread sheet make a copy of it and save it as a template.

You can then copy this template for each new financial year so you do not have to create a new one each year, you only need to make minor changes for new employees, rates of pay etc.

Another way to make a salary program is to use Access Database. You need more skills to do this, but it can provide greater reporting capabilities.

Mar 24, 2011 | Computers & Internet

So expected returns are just a little more advanced version of probability - without getting too in detail it uses weighted averages so you do not have to add the same number 17 times.

Let's first define our variables:

E(X) = Expected Return X1 = Variable 1 P1 = Probability 1 (in decimal format so 55% would be .55) X2 = Variable 2 P2 = Probability 2 (P2 is also equal to 1 - P1)

So the expected return formula is as follows:

E(X) = (X1)*(P1) + (X2)*(P2)

Plugging in our given numbers we get E(X) = Expected Return X1 = 300,000 P1 = 10% or .1 X2 = 40,000 P2 = 1 - P1 = 1 - .1 = .9

E(X) = (300,000)*(.1) + (40,000)*(.9) E(X) = 66,000

Now remember this does not include the opportunity cost of spending your four years in college studying biology instead of another degree.

Let's first define our variables:

E(X) = Expected Return X1 = Variable 1 P1 = Probability 1 (in decimal format so 55% would be .55) X2 = Variable 2 P2 = Probability 2 (P2 is also equal to 1 - P1)

So the expected return formula is as follows:

E(X) = (X1)*(P1) + (X2)*(P2)

Plugging in our given numbers we get E(X) = Expected Return X1 = 300,000 P1 = 10% or .1 X2 = 40,000 P2 = 1 - P1 = 1 - .1 = .9

E(X) = (300,000)*(.1) + (40,000)*(.9) E(X) = 66,000

Now remember this does not include the opportunity cost of spending your four years in college studying biology instead of another degree.

Feb 27, 2011 | Texas Instruments BA-II Plus Calculator

I don't see any numbers in your question, so let's assume the number of inches in the first year is x and the number of inches in the second year is y. The percentage change is the difference between the number of inches in the second year and the number of inches in the first year, divided by the total number of inches in the first year. This number (which is a fraction) needs to be expressed as a percentage. Algebraically:

y-x is the difference between year 2 and year 1 (can be positive or negative)

x is the total number of inches in year 1

so:

(y-x)/x is the change fraction

(y-x)/x * 100 is the change percentage.

For example, if x = 50 and y = 40 then:

(40-50)/50 * 100 = (-10)/50 * 100 = (-.2) * 100 = -20% = a 20% reduction in snowfall in yr 2 over yr 1.

y-x is the difference between year 2 and year 1 (can be positive or negative)

x is the total number of inches in year 1

so:

(y-x)/x is the change fraction

(y-x)/x * 100 is the change percentage.

For example, if x = 50 and y = 40 then:

(40-50)/50 * 100 = (-10)/50 * 100 = (-.2) * 100 = -20% = a 20% reduction in snowfall in yr 2 over yr 1.

Feb 09, 2011 | The Learning Company Middle School...

please clarify what the question is here?

Jul 15, 2010 | Computers & Internet

The formula that would have been used to increase his salary each year probably was: Original Salary * (100% + inflation) = New Salary

Rearranging this, we get: Original Salary = New Salary / (100% + inflation)

So...

Last Year: 42000 / 102% = 41176.47 = 41176 (rounded)

2 Years Ago: 41176.47 / 103% = 39977.16 = 39977 (rounded)

Rearranging this, we get: Original Salary = New Salary / (100% + inflation)

So...

Last Year: 42000 / 102% = 41176.47 = 41176 (rounded)

2 Years Ago: 41176.47 / 103% = 39977.16 = 39977 (rounded)

Oct 31, 2009 | Mathsoft StudyWorks! Mathematics Deluxe...

Hi,
First of all please check the conditions but as far as i understand the conditions the program would be like this-

#include<stdio.h> #include<conio.h> void main() { int salary,bonus,totalsalary,hours; printf("enter salary"); scanf("%d",&salary); printf("enter hours"); scanf("%d",&hours); if(hours<45 && hours>=40) { bonus=500; } else { if(hours<40 && hours>=35) { bonus=300; } else { if(hours<=30 && hours>20) { bonus=150; } else { bonus=0; } } } totalsalary=salary+bonus; printf("Salary=%d",salary); printf("Bonus=%d",bonus); printf("Total Salary=%d",totalsalary); getch(); }

But the conditiosn given by you are not seems to be correct.Just correct the conditions value if wrong and run the program Thanks! mannu_rakesh

#include<stdio.h> #include<conio.h> void main() { int salary,bonus,totalsalary,hours; printf("enter salary"); scanf("%d",&salary); printf("enter hours"); scanf("%d",&hours); if(hours<45 && hours>=40) { bonus=500; } else { if(hours<40 && hours>=35) { bonus=300; } else { if(hours<=30 && hours>20) { bonus=150; } else { bonus=0; } } } totalsalary=salary+bonus; printf("Salary=%d",salary); printf("Bonus=%d",bonus); printf("Total Salary=%d",totalsalary); getch(); }

But the conditiosn given by you are not seems to be correct.Just correct the conditions value if wrong and run the program Thanks! mannu_rakesh

Aug 04, 2009 | Computers & Internet

Nice try!

Find an upper-class student that can give one-on-one tutoring with your homework.

Find an upper-class student that can give one-on-one tutoring with your homework.

Nov 25, 2008 | Computers & Internet

699 people viewed this question

Usually answered in minutes!

×