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Suppose you are offered a choice of two jobs. Both jobs you like equally. Job A has a starting wage of $8.00 per hour, with a $0.50 raise every 3 months. Job B starts at $6.95 per hour, with an 8% raise every 3 months.

Write an equation that could be used to determine the hourly wage at Job A after any number of pay raises. Be sure to define your variables.

Write an equation that could be used to determine the hourly wage at Job B after any number of pay raises. Be sure to define your variables.

Thanks for your help!

2007-03-17 04:24:05 · 5 answers · asked by Anonymous in Science & Mathematics Mathematics

For someone who mentioned this in an answer, this is not my homework, and it certainly isn't an exam question! Thanks for being concerned though. :)

2007-03-17 05:02:05 · update #1

5 answers

Job A :
hourly wage after n pay raises = wa
starting wage = $8.00
raise every 3 months = $0.50
number of pay raises = n

we can write series for every 3 months
8, 8+0.5, 8+2(0.5), 8+3(0.5), ..., 8+n(0.5)

hourly wage after n pay raises
wa =8 + 0.5n

Job B :
hourly wage after n pay raises = wb
starting wage = $6.95
raise every 3 months = 8%
number of pay raises = n

we can write series for every 3 months
6.95,
6.95+0.08(6.95) = 6.95(1+0.08),
6.95(1+0.08)+6.95(1+0.08)0.08 = 6.95(1+0.08)^2,
...
6.95(1+0.08)^n

hourly wage after n pay raises
wb = 6.95(1+0.08)^n

2007-03-17 04:38:25 · answer #1 · answered by seah 7 · 1 0

let Wa be the hourly wage in job A at any time
let Wb be the hourly wage in job B at any time
let m be the number of compete 3 monthes passed

Wa=8+0.5m
it is more complecated in the second case
Wb=6.95*(1+0.08)^m

because for the first 3 (m=0) monthes the hourly wage will be 6.95
in the next three monthes (m=1) it will be 6.95*(1+0.08)
in the next three monthes (m=2) it will be 6.95*(1+0.08)*(1+0.08) and so on

2007-03-17 04:40:12 · answer #2 · answered by Ceaser 2 · 0 0

In the first case, if h = hourly wage and n = the number of raises,
you'd have h =8 + 0.5 n since each 3 month period adds an extra half dollar.

In the second, each time it gets multiplied by 1.08 since there's 108% of the original salary (100% + 8%) after each raise. That would be h = 6.95 X 1.08 X 1.08 X 1.08... or

h = 6.95 (1.08^n)

2007-03-17 04:46:06 · answer #3 · answered by hayharbr 7 · 0 0

Let "n" be the number of pay raises.

After "n" pay increases:
Hourly pay at Job A ($) = 8 + 0.5n
Hourly pay at Job B ($) = 6.95 x (1+0.08)^n

Assumes 8% raise at Job B is based on last salary before raise (not initial salary).

Hope this is not your homework or exam question.

2007-03-17 04:44:08 · answer #4 · answered by sir_knowalot 2 · 0 0

This is a big thought,but it would matter. Also, if you 're not sure about this,then you could find a financial aid booklet. For the most reason, I may suggest you sorting an accounting solutions.

2007-03-17 14:02:09 · answer #5 · answered by James S55$$ where I give you ME. 4 · 0 0

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