![]() 11/04/2014 at 20:41 • Filed to: None | ![]() | ![]() |
Not awful, but there are four of these tables that I need to work from right now.
![]() 11/04/2014 at 20:44 |
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I am! It's so easy!
![]() 11/04/2014 at 20:45 |
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wut does that even mean...
![]() 11/04/2014 at 20:54 |
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Good luck my friend.
I'm sticking to Finance and MIS
![]() 11/04/2014 at 20:56 |
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Its dealing with value of money over a period on time on a loan where interest in compounded annually.
Yeah, its real fun.
![]() 11/04/2014 at 20:57 |
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It's all the same shit, isn't it
![]() 11/04/2014 at 20:59 |
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I have to deal with this same crap right now to. Thank god I am not in ACCT and that this is my last class for it.
![]() 11/04/2014 at 20:59 |
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So in 30 time periods (I'm assuming that this is in years), at 15% interest, you're paying back 66.21 dollars for every dollar you borrow now?
Am I reading this right?
![]() 11/04/2014 at 20:59 |
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Pretty much on the finance side. The MIS though is probably what I'm gonna leverage and focus a bit more on tech consulting and whatnot.
![]() 11/04/2014 at 21:07 |
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It's not hard. Present value, future value, with lump sum or installments.
![]() 11/04/2014 at 21:08 |
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ECON FTW!!!
![]() 11/04/2014 at 21:08 |
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I'm just going into the field because I'm good at it (or so I think). It's not fun. MONEY FOR CARS
![]() 11/04/2014 at 21:09 |
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Consider the number that comes out as a multiplier. Periods is the amount of times where the interest rate is compounded, so if its compounded annually it would be 30 years, semi-annually would be 15 years etc. The last book problem I did said this, if you took out a $17,900, at 4% interest compounded annually, for 6 years. You would end up paying $4749 in interest. You get that by multiplying 1.26532 (n=6, interest=.04) by $17,900 than subtracting the principal of $17900.
It really is exciting stuff...
![]() 11/04/2014 at 21:09 |
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Same boat as me buddy. Finance and MIS and this is just the first of two required accounting classes I need to take.
![]() 11/04/2014 at 21:10 |
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Not hard, just tedious as hell.
![]() 11/04/2014 at 21:13 |
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I am just a Marketing major, so my math load should drop quite a bit after this. I don't know what all the requirements are for my school's MIS program. Keep forgetting to look into it.
![]() 11/04/2014 at 21:13 |
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Sorry, does not compute. ¯\_()_/¯
![]() 11/04/2014 at 21:14 |
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Ah, OK. Sounds interesting... like what my mom does for a job..
![]() 11/04/2014 at 21:16 |
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My school is one of the top 5 SAP schools in the country, so it seems like a pretty solid thing to leverage.
![]() 11/04/2014 at 21:21 |
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I promise you, it isnt. Its just requirement of the business school core. Not a terrible skill to have though.
![]() 11/04/2014 at 21:22 |
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Oh, the interesting part is sarcasm. But yeah it's something good to know.
![]() 11/04/2014 at 22:07 |
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I hated using cengage for my classes in college. And I yet to do any PV or FV calculations at work
![]() 11/05/2014 at 03:13 |
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dude, do you know how to use pivot tables? excel could condense big data like that down to a much smaller and more usable table in a split second
![]() 11/06/2014 at 18:14 |
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I don't understand, any of this.
![]() 11/07/2014 at 00:36 |
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that actually a relatively simple chart....faaar from the worst.
to get the number, you take (1+percentage)^N
So for example, if i want to find out how much money I will have if I invest $2000 @4% for 12 periods I take 2000 x ((1+0.04)^12) = 2000 x (1.04^12) = 2000 (1.6010) = $3202.06
And no, I'm not an accountant. I'm in school to be a mechanical engineer.