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#24
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| cbmeeks wrote: - quote - > Pay off the car loan first and fast. Google Dave Ramsey debt
Careful quoting Dave. This was the scenario;> snowball :-) 1) Car loan ~$13,000 at 5.49% interest rate. 2) Student loan ~$38,000 at 3.875% interest rate. If the dollar amounts were swapped, he'd still say to pay the $13,000 (at 3.875%) first, even though it's at a lower rate. This is his premise, paying the lowest dollar balance first. I respectfully disagree at http://www.joetaxpayer.com/dave.html JOE |
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#23
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| Pay off the car loan first and fast. Google Dave Ramsey debt snowball :-) Cash Flow http://www.signaldev.com On Apr 7, 6:37 am, denise.re...[at]gmail.com wrote: - quote - > Hello, > I have a question. I recently started working after finishing grad > school & wanted to pay off some money toward my student loans. > I currently have 2 loans oustanding > 1) Car loan ~$13,000 at 5.49% interest rate. > 2) Student loan ~$38,000 at 3.875% interest rate. > Which one of these should I work toward paying off first? I was > thinking it was better to pay the one with the higher principal rate > down first (the student loan), but a friend thought differently...and > maintained I should pay off the higher interest rate regardless of > principal. > HELP! I am not good with this stuff... > Thanks =) > ~ Denise |
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#22
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| "Daniel T." <daniel_t[at]earthlink.net> writes: - quote - > BreadWithSpam[at]fractious.net wrote:
Over different periods of time. The amortizing payments> > "Daniel T." <daniel_t[at]earthlink.net> writes: > > > > Here are the numbers I'm using: > > > > $10,000 5years 5% = 189/mo * 60 months = $11,340 > > > $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,980 > > > You are using *payments* not *interest* to compare. > I'm using overall cost of the loans. Obviously any amount paid over the > initial $20,000 will be interest. are only making it harder to see that. -- Plain Bread alone for e-mail, thanks. The rest gets trashed. No HTML in E-Mail! -- http://www.expita.com/nomime.html Are you posting responses that are easy for others to follow? http://www.greenend.org.uk/rjk/2000/06/14/quoting |
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#21
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| BreadWithSpam[at]fractious.net wrote: - quote - > "Daniel T." <daniel_t[at]earthlink.net> writes:
I'm using overall cost of the loans. Obviously any amount paid over the> > Here are the numbers I'm using: > > $10,000 5years 5% = 189/mo * 60 months = $11,340 > > $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,980 > You are using *payments* not *interest* to compare. initial $20,000 will be interest. |
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#20
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| joetaxpayer <joetaxpayer[at]nospam.com> wrote: - quote - > Daniel T. wrote:
OK, this is making sense. Thanks for clearing it up. It cost less per> > Here are the numbers I'm using: > > > $9,000 5years 5% = 170/mo * 60 months = $10,200 > > $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,840 > > > $10,000 5years 5% = 189/mo * 60 months = $11,340 > > $9,000 10y 3% = 87/mo * 120 months = $10,440 total paid $22,780 > > > Based on the above, putting the 1000 into the 10 year loan as opposed to > > the 5 year loan seems to save an extra $60. > Your first example had a different $$ amount, so I snipped it. > Above we are left with a total of $19,000 and you have a total paid > which indicates you favor borrowing more money at 5% than 3%. > As a snapshot, 9K [at] 5% = $450 interest, + $10K [at] 3% = $300 interest, > total $750. > Second numbers, $10K [at]5% = $500 + $9K [at] 3% = $270 total $770 interest. year. |
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#19
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| "Daniel T." <daniel_t[at]earthlink.net> wrote in message news:daniel_t- - quote - > $10,000 5years 5% = 189/mo * 60 months = $11,340
The problem with this is that when you pay additional principal early in the> $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,980 > $9,000 5years 5% = 170/mo * 60 months = $10,200 > $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,840 > $10,000 5years 5% = 189/mo * 60 months = $11,340 > $9,000 10y 3% = 87/mo * 120 months = $10,440 total paid $22,780 > Based on the above, putting the 1000 into the 10 year loan as opposed to > the 5 year loan seems to save an extra $60. > Now if you put the $1000 extra in *and* then paid extra every month to > shorten the duration of the loan you put it in, then you would be right. process, it usually also decreases the life of the loan. Lenders seldom reduce your monthly payment on an established loan even when you have made a lump sum additional principal payment. Elizabeth Richardson |
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#18
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| "Daniel T." <daniel_t[at]earthlink.net> wrote - quote - > I guess the part I'm having trouble with is this: The cost
There is a third variable here that is important to> of the loan > is dependent on (1) the APR and (2) how long you are > borrowing the money > for. To not take the latter into account seems wrong to me > somehow. understanding some of the others' points about paying off the higher APR first, regardless of term: (3) what one would make if one invested in say a CD instead of paying off the lower interest, but longer term, loan. A concept called the "future value of money" is one with which you need to become familiar. All other things equal, paying off the higher interest rate loan first will benefit a person more, regardless of the time period of each loan. |
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#17
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| "Daniel T." <daniel_t[at]earthlink.net> writes: - quote - > Here are the numbers I'm using:
You are using *payments* not *interest* to compare.> $10,000 5years 5% = 189/mo * 60 months = $11,340 > $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,980 Much of those payments is principal and by munging it, you are, again, mixing up a comparison of apples and oranges. Of course you pay more over time when you borrow longer. But if you took that 10yr at 3% and made payments at the same total quantity as the 5% loan, each payment would have an even greater proportion of principal than the 5% loan and, in fact, you'd pay off the 10yr 3% loan in *less* - substantially less time than that 5% loan. Flip it the other way around, if you took that 5yr loan and only paid the 10yr payment, since you'd be underpaying on the principal, you'd not have it paid off after 5 yrs and you'd have to keep paying for quite a while after that. You are getting confused because you are mixing up principal and interest. The numbers are easier to compare if you do it in non-amortizing (ie. interest-only) space. - quote - > But of course, shortening the duration of a loan is going to cost less.
Be careful using the word 'duration'. We know what you mean,but to bond people, 'duration' has a very specific meaning quite different from 'maturity'. -- Plain Bread alone for e-mail, thanks. The rest gets trashed. No HTML in E-Mail! -- http://www.expita.com/nomime.html Are you posting responses that are easy for others to follow? http://www.greenend.org.uk/rjk/2000/06/14/quoting |
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#16
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| Daniel T. wrote: - quote - > Here are the numbers I'm using:
Your first example had a different $$ amount, so I snipped it.> $9,000 5years 5% = 170/mo * 60 months = $10,200 > $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,840 > $10,000 5years 5% = 189/mo * 60 months = $11,340 > $9,000 10y 3% = 87/mo * 120 months = $10,440 total paid $22,780 > Based on the above, putting the 1000 into the 10 year loan as opposed to > the 5 year loan seems to save an extra $60. Above we are left with a total of $19,000 and you have a total paid which indicates you favor borrowing more money at 5% than 3%. As a snapshot, 9K [at] 5% = $450 interest, + $10K [at] 3% = $300 interest, total $750. Second numbers, $10K [at]5% = $500 + $9K [at] 3% = $270 total $770 interest. One can easily contrive a series of low dollar, high interest, short payback loans that appear to have less interest than a higher dollar, long term low interest loan. That's why the math is wrong, as BWS tried to help me explain, you need to take a snapshot of 'annual interest cost per thousand' to compare the choices. The difference above, 5% vs 3% will produce a tiny difference, $20/yr. But if you apply this logic and one day decide to pay down your 6% mortgage but leave a 20% credit card chugging along, I'd hop on a soapbox to save you from your misapplied equations. Take some time to think on this. JOE |
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#15
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| BreadWithSpam[at]fractious.net wrote: - quote - > "Daniel T." <daniel_t[at]earthlink.net> writes:
Here are the numbers I'm using:> > joetaxpayer <joetaxpayer[at]nospam.com> wrote: > > > Daniel T. wrote: > > > > Let's say you can put an extra $1,000 over and above the minimum > > > > payments on one of the loans to help pay it off. Which would save > > > > you the most money? Well if you put the thousand on the car loan, > > > > you will save $54.90 times the number of years left on the loan. > > > > If you put the thousand on the student loan you will save $38.75 > > > > times the number of years left on it. So how many years are left > > > > on each? > > > > > That logic will produce flawed results. > > > Why? I'm just learning here. It seems to me that if putting a $1,000 on > > one loan would save me $275 (assuming loan 1 is 5 years) and putting a > > $1,000 on the other would save me $387 (assuming loan 2 is 10 years) > > then I should put the money on the one that saves me the most... > I know it *looks* like by multiplying by the number of years > remaining, you are taking time-value of money into account, > but you are not. In order for it to (better, but not perfectly) > do so, you need the same time periods. Look at it this way: > Let's look at two debts and I'm going to make up some easier > number - suppose you have a 5 yr loan at 5% and a 10 yr loan > at 3%. The sizes of the loans isn't important for the moment, > but we're going to assume you have $1000 in hand available > to pay one of them down. According to your method, paying > that $1000 on the 5yr loan will save you $50/yr for 5 yrs = $250 > and on the 10 yr loan, it'd be $30/yr for 10 yrs = $300. $10,000 5years 5% = 189/mo * 60 months = $11,340 $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,980 $9,000 5years 5% = 170/mo * 60 months = $10,200 $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,840 $10,000 5years 5% = 189/mo * 60 months = $11,340 $9,000 10y 3% = 87/mo * 120 months = $10,440 total paid $22,780 Based on the above, putting the 1000 into the 10 year loan as opposed to the 5 year loan seems to save an extra $60. Now if you put the $1000 extra in *and* then paid extra every month to shorten the duration of the loan you put it in, then you would be right. $10,000 5years 5% = 189/mo * 60 months = $11,340 $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,980 $9,000 5years 5% = 189/mo * 53 months = $10,017 $10,000 10y 3% = 97/mo * 120 months = $11,640 total paid $22,657 $10,000 5years 5% = 189/mo * 60 months = $11,340 $9,000 10y 3% = 97/mo * 106 months = $10,282 total paid $22,622 But of course, shortening the duration of a loan is going to cost less. I guess the part I'm having trouble with is this: The cost of the loan is dependent on (1) the APR and (2) how long you are borrowing the money for. To not take the latter into account seems wrong to me somehow. ======================================= MODERATOR'S COMMENT: Please trim the post to which you are responding. "Trim" means that except for a FEW lines to add context, the previous post is deleted. |
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#14
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| BreadWithSpam[at]fractious.net wrote: - quote - > joetaxpayer <joetaxpayer[at]nospam.com> writes:
Understood. Which is why I referenced that, acknowledging that it's not> > In all fairness, there are those who have a bit of a different take on > > this such as Dave Ramsey, see http://www.joetaxpayer.com/dave.html for > > my analysis of his approach, to choose the smaller debt first. We also > That's not numerical or financial, but rather, psychological. > It's not invalid - the feeling of accomplishment at having > one less bill to pay, one less debt to tally up, etc - is > very real and can help motivate one for the rest. > But ignoring feelings and looking at numbers, says to pay off > the higher rate first. all about the numbers. And why the 'sleep factor' can produce a different plan for two individuals whose numbers are precisely the same. In this case, so long as Daniel understands the numbers, he is free to choose his path. JOE |
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#13
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| joetaxpayer <joetaxpayer[at]nospam.com> writes: - quote - > In all fairness, there are those who have a bit of a different take on
That's not numerical or financial, but rather, psychological.> this such as Dave Ramsey, see http://www.joetaxpayer.com/dave.html for > my analysis of his approach, to choose the smaller debt first. We also It's not invalid - the feeling of accomplishment at having one less bill to pay, one less debt to tally up, etc - is very real and can help motivate one for the rest. But ignoring feelings and looking at numbers, says to pay off the higher rate first. Not everyone does that well with that. Neither can everyone maintain the discipline to pay off his credit card each month, either. Some folks can and some can't. For those who can't, they need to take their own behavior and motivation into account and recognize these things and find ways to help themselves stay the course. If that means using a debit card instead of a credit card, or paying off the smaller loan rather than the higher rate loan, so bet it. -- Plain Bread alone for e-mail, thanks. The rest gets trashed. No HTML in E-Mail! -- http://www.expita.com/nomime.html Are you posting responses that are easy for others to follow? http://www.greenend.org.uk/rjk/2000/06/14/quoting |
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#12
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| Daniel T. wrote: - quote - > > joetaxpayer <joetaxpayer[at]nospam.com> wrote:
Because what counts is how much interest you've paid on your year end> > > That logic will produce flawed results. > Why? I'm just learning here. It seems to me that if putting a $1,000 on > one loan would save me $275 (assuming loan 1 is 5 years) and putting a > $1,000 on the other would save me $387 (assuming loan 2 is 10 years) > then I should put the money on the one that saves me the most... > > It would suggest that a 30 yr loan at 4.5% should be repaid faster > > than a 12% credit card that has a 5 year payback. > That would depend on how much you owe on each. statement. It's actually simpler than you are trying to make it. $1000 on the mort, costs $45/yr, on the CC $120. (For this exercise, let's ignore the tax implications, but in many postings I won't). Since I'm looking at the cost per $1000, and focusing on the rate itself, neither the total loan nor the time left on the loan come in to the decision. In fact, with the rate on the mortgage below current money market rates, one would not pre-pay this at all, just build cash on the side earning more than the cost of the money. Consider this absurd analogy - I lend you $1000, at 2% interest, the term is 100 years, in 2107 the $1000 is due, and just the $20/yr until then. Applying your time equation, you'd consider paying this off sooner than the credit card debt, so long as the ($1000 x int x time) was over $2000. In all fairness, there are those who have a bit of a different take on this such as Dave Ramsey, see http://www.joetaxpayer.com/dave.html for my analysis of his approach, to choose the smaller debt first. We also have a friendly debate here whether to invest in the stock market vs paying down one's mortgage faster. I'm on the fence there, and still considering both sides. JOE |
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#11
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| "Daniel T." <daniel_t[at]earthlink.net> writes: - quote - > joetaxpayer <joetaxpayer[at]nospam.com> wrote:
I know it *looks* like by multiplying by the number of years> > Daniel T. wrote: > > > Let's say you can put an extra $1,000 over and above the minimum > > > payments on one of the loans to help pay it off. Which would save > > > you the most money? Well if you put the thousand on the car loan, > > > you will save $54.90 times the number of years left on the loan. > > > If you put the thousand on the student loan you will save $38.75 > > > times the number of years left on it. So how many years are left > > > on each? > > > That logic will produce flawed results. > Why? I'm just learning here. It seems to me that if putting a $1,000 on > one loan would save me $275 (assuming loan 1 is 5 years) and putting a > $1,000 on the other would save me $387 (assuming loan 2 is 10 years) > then I should put the money on the one that saves me the most... remaining, you are taking time-value of money into account, but you are not. In order for it to (better, but not perfectly) do so, you need the same time periods. Look at it this way: Let's look at two debts and I'm going to make up some easier number - suppose you have a 5 yr loan at 5% and a 10 yr loan at 3%. The sizes of the loans isn't important for the moment, but we're going to assume you have $1000 in hand available to pay one of them down. According to your method, paying that $1000 on the 5yr loan will save you $50/yr for 5 yrs = $250 and on the 10 yr loan, it'd be $30/yr for 10 yrs = $300. The thing you're ignoring is that second 5 years - by paying down the 10 yr loan, not only are you not paying the $150 in interest in the first 5 years, but you are not paying the $150 in interest during the second 5 years. With the 5 yr loan, you are not paying $250 during those first 5 years, but your *also* not paying any interest during those second 5 years *either*. You cannot ignore that. So you need to either assume that had you not paid off that first loan, then after 5 years, you'd have had to refinance it or borrow again and pay some interest - who knows what - during that second 5 years. Or you have to ignore that second five years for both the first and the second loan - in which case, your choice isn't $250 for one or $300 for the other, but, indeed, saving $250 for one or $150 for the other. In other words, if you compare interest over time, you need to match the time periods one way or another. An interest rate is a *rate* - an amount *per year*. So you have to compare over the same number of years. There may be other considerations (ie. cashflow, minimum payments, liquidity, etc) but all else being equal, it's generally going to benefit you more to pay off the highest rate first, at least in simple dollar terms. Not the longest, not the highest balance, but the highest rate. - quote - > > It would suggest that a 30 yr loan at 4.5% should be repaid faster
It would not. A 12% credit card versus a 4.5% loan means you> > than a 12% credit card that has a 5 year payback. > That would depend on how much you owe on each. are paying more interest over any identical time period. During year on, $1000 loan at 12% means you are paying $120 to someone, versus paying $45 to someone. At the end of year one, regardless of the term remaining on the loan, you have less money if you pay the higher rate. There may be other considerations - generally cashflow-related ones (ie. size of minimum payment, etc) - but in general, if you want to keep more of your money, pay the highest rate loan off first. -- Plain Bread alone for e-mail, thanks. The rest gets trashed. No HTML in E-Mail! -- http://www.expita.com/nomime.html Are you posting responses that are easy for others to follow? http://www.greenend.org.uk/rjk/2000/06/14/quoting |
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#10
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| joetaxpayer <joetaxpayer[at]nospam.com> wrote: - quote - > Daniel T. wrote:
Why? I'm just learning here. It seems to me that if putting a $1,000 on> > denise.regan[at]gmail.com wrote: > > > I currently have 2 loans oustanding > > > > > 1) Car loan ~$13,000 at 5.49% interest rate. > > > > > 2) Student loan ~$38,000 at 3.875% interest rate. > > I'm just a beginner at this stuff myself, but here is my > > thinking... > > > Let's say you can put an extra $1,000 over and above the minimum > > payments on one of the loans to help pay it off. Which would save > > you the most money? Well if you put the thousand on the car loan, > > you will save $54.90 times the number of years left on the loan. > > If you put the thousand on the student loan you will save $38.75 > > times the number of years left on it. So how many years are left > > on each? > That logic will produce flawed results. one loan would save me $275 (assuming loan 1 is 5 years) and putting a $1,000 on the other would save me $387 (assuming loan 2 is 10 years) then I should put the money on the one that saves me the most... - quote - > It would suggest that a 30 yr loan at 4.5% should be repaid faster
That would depend on how much you owe on each.> than a 12% credit card that has a 5 year payback. |
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#9
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| On Apr 7, 5:54 pm, BreadWithS...[at]fractious.net wrote: - quote - > > Let's take a different tact. Pay off by transfer to a credit card the
I know Elle will berate me for posting here while I should be> > student loan. > This is seriously flawed advice. Do NOT do this. attending my foster son (though to be fair, he is sitting right next to me). But when I read this, I just had to chime in. Bread is absolutely right. The above is seriously flawed advice. Transferring your student debt to a credit card will A) SUBSTANTIALLY increase your interest rate and B) eliminate any possibility of deducting the interest. That's a steep price to pay for having the debt discharged if you have to claim bankruptcy. Claiming bankruptcy is truly a last resort. God-willing, you'll never be in that situation. --Bill |
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#8
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| "Bul thistle" <bulthistle[at]gmail.com> writes: - quote - > On Apr 7, 9:51 am, "woess...[at]gmail.com" <woess...[at]gmail.com> wrote:
And in the event that you don't declare bankruptcy (or you do> > On Apr 7, 6:37 am, denise.re...[at]gmail.com wrote: > > > > 1) Car loan ~$13,000 at 5.49% interest rate. > > > 2) Student loan ~$38,000 at 3.875% interest rate. > ******************* > Let's take a different tact. Pay off by transfer to a credit card the > student loan. > In the event you get layed-off or disabled your bankruptcy will > eliminate the unsecured loan (student). declare it but your income is high enough), not only does the credit card debt not go away, but it's going to be at a much higher interest rate. This is seriously flawed advice. Do NOT do this. If you are on the verge of bankruptcy, you need to talk to a lawyer, not this newsgroup. And if you are not on the verge of bankruptcy, there's no upside to this advice. -- Plain Bread alone for e-mail, thanks. The rest gets trashed. No HTML in E-Mail! -- http://www.expita.com/nomime.html Are you posting responses that are easy for others to follow? http://www.greenend.org.uk/rjk/2000/06/14/quoting |
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#7
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| Daniel T. wrote: - quote - > denise.regan[at]gmail.com wrote: > > I currently have 2 loans oustanding > > > 1) Car loan ~$13,000 at 5.49% interest rate. > > > 2) Student loan ~$38,000 at 3.875% interest rate. - quote - > I'm just a beginner at this stuff myself, but here is my thinking...
That logic will produce flawed results. It would suggest that a 30 yr> Let's say you can put an extra $1,000 over and above the minimum > payments on one of the loans to help pay it off. Which would save you > the most money? Well if you put the thousand on the car loan, you will > save $54.90 times the number of years left on the loan. If you put the > thousand on the student loan you will save $38.75 times the number of > years left on it. So how many years are left on each? loan at 4.5% should be repaid faster than a 12% credit card that has a 5 year payback. If this is the only choice, pay 1 or 2 faster, I'd choose the higher rate (ignoring the number of years left) which is the 5.49% note. But, as others posted, I'd first ask; Does OP have a matching 401(k)? Is she funding up to that match? Roth IRA? Then, how is the emergency fund? While it's a great feeling to knock down debt, both lending institutions are not likely to re-lend her the money at the same rate. It appears the message that "debt is evil" has been well broadcast, but in my 'hierarchy of money priorities' the fast payoff of this debt isn't at the top. JOE |
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#6
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| <woessner[at]gmail.com> wrote in message news:1175953842.402436.62900[at]d57g2000hsg.googlegroups.com... - quote - > On Apr 7, 6:37 am, denise.re...[at]gmail.com wrote:
I would agree with the above statement. Although I currently have a $5000> > 1) Car loan ~$13,000 at 5.49% interest rate. > > 2) Student loan ~$38,000 at 3.875% interest rate. > I agree with what others have said about focusing on building up > savings, first. I would much rather have a 5.49% loan and a healthy > savings than no loan and no savings. Why? Because unexpected things > happen. car loan at 2.99% myself, it's nice knowing that I have an emergency fund sources of funds. I could use one of these funds to pay for the car now but then I would lose of on my savings funds and then have to work to get one of those funds back up. If an major emergency were to arise then I would have to take funds out of a retirement plan and that's costly tax wise and retirement plan wise. I know I sleep much better at night paying a smaller interest car loan and having emergency savings stashed away then having a paid off car and a lower emergency fun |
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#5
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| On Apr 7, 9:51 am, "woess...[at]gmail.com" <woess...[at]gmail.com> wrote: - quote - > On Apr 7, 6:37 am, denise.re...[at]gmail.com wrote: > > 1) Car loan ~$13,000 at 5.49% interest rate. > > 2) Student loan ~$38,000 at 3.875% interest rate. ******************* Let's take a different tact. Pay off by transfer to a credit card the student loan. In the event you get layed-off or disabled your bankruptcy will eliminate the unsecured loan (student). I have a client with 100k in student loans and no visible means to ever pay it off. Student loan system should never give these huge loans to students in majors where salaries are so low they will never pay them off. |
| Tags |
| car, firststudent, loan, pay |
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