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#33
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| Hi Chris, I work for a national lab, which may last longer than a typical private company. But you are right, they can change the policy anytime. I'd better plan for the worst scenario just in case. The social security may not be there in 30 years, so does this subsidy from my lab. Thanks for the reminder! Chris Cowles wrote: - quote - > <kasnem[at]yahoo.com> wrote in message > news:1143586916.981444.184580[at]v46g2000cwv.googlegroups.com... > > Allan, > > > The one I was thinking is actually a "long term care" option that I > > can > > choose under the general health plan, which my company continue to > > subsidize after our retirements. > What legal obligation does your company have to sustain that subsidy after > your retirement? Little or none, I imagine. Also, even if management > intended to do so, that assumes the company remains as a going concern. > Mergers and failures will affect that likelihood. > Don't bet the farm on it. > -- > Chris Cowles > Gainesville, FL |
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#32
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| "Chris Cowles" <spam_magnet[at]remove-me-bellsouth.net> wrote in message news:9ylWf.49$Q8.15[at]bignews4.bellsouth.net... - quote - > <BreadWithSpam[at]fractious.net> wrote in message
That's my plan. If I have a bad year, with respect to investment returns, I> news:yobhd5i7e71.fsf[at]panix2.panix.com... > > kasnem[at]yahoo.com writes: > > > This approach assures that your buying power remains intact over the > > > years. But it may well require dipping into principal in bad market > > > years. It also means you could run out of money in 30 years or so." > > > Exactly. The modifier assures that in some years, your buying > > power *will* go down. Tighten those belts - better than running > > out of money completely! > So each year you set your withdrawal goals for the coming year, based on > the previous? plan on a whole lot of "belt-tightening" for the next year or three. To blindly keep taking money out without respect to the current situation is not really a wise choice, now is it? Gotta think ahead, gotta have the information you have at hand, and gotta have a contingency plan. |
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#31
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| <kasnem[at]yahoo.com> wrote in message news:1143586916.981444.184580[at]v46g2000cwv.googlegroups.com... - quote - > Allan,
What legal obligation does your company have to sustain that subsidy after> The one I was thinking is actually a "long term care" option that I > can > choose under the general health plan, which my company continue to > subsidize after our retirements. your retirement? Little or none, I imagine. Also, even if management intended to do so, that assumes the company remains as a going concern. Mergers and failures will affect that likelihood. Don't bet the farm on it. -- Chris Cowles Gainesville, FL |
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#30
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| <BreadWithSpam[at]fractious.net> wrote in message news:yobhd5i7e71.fsf[at]panix2.panix.com... - quote - > kasnem[at]yahoo.com writes:
So each year you set your withdrawal goals for the coming year, based on> If you modify it so that this year your drawdown is > the lesser of (last year's drawdown + inflation) *or* > 4% of the current portfolio value (which may be substantially > less than last years drawdown!) you last a lot longer. > > This approach assures that your buying power remains intact over the > > years. But it may well require dipping into principal in bad market > > years. It also means you could run out of money in 30 years or so." > Exactly. The modifier assures that in some years, your buying > power *will* go down. Tighten those belts - better than running > out of money completely! the previous? |
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#29
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| Allan, You're right. The disability plan terminates the day I stop working (retire from work). The one I was thinking is actually a "long term care" option that I can choose under the general health plan, which my company continue to subsidize after our retirements. The earlier we enroll, the cheaper the base rate. Thanks! |
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#28
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| I will definitely purchase - quote - > the disability insurance through my company before I retire.
Why would you need disability coverage in retirement?Disability coverage is to replace earned income. What would your earned income be in retirement? ( plus employer-sponsored disability plans are infamous for poor or not-at-all payouts). |
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#27
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| <BreadWithSpam[at]fractious.net> wrote E - quote - > > You seem to like to disparage any person's solution to
Actually, you misread the meaning of "precise" above.> > most > > financial problems, because it can't be precise. > > Solutions > Actually, as a formula, it's quite precise. Precision > isn't the problem here. suitability and accuracy are. - quote - > If folks want to use it as a rule of thumb (and I
Please post them. I will be happy to critique them just as> recommend against > doing so for this particular example - there are other > rules of thumb > which are quite useful), you are critiquing (nitpicking?) others' solutions here. Though in the final analysis, a failure to recognize the meaning of "rule of thumb" may cause a lot of wasted time. The moderators are gone. Time to rein it in. ;-) Last post. We disagree. |
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#26
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| "Elle" <honda.lioness[at]nospam.earthlink.net> writes: - quote - > <BreadWithSpam[at]fractious.net> wrote
[Dangerously simplistic equation attempting to take taxes into effect]- quote - > > It's a hideous problem, really, and everyone's situation
The equation posted, while interesting, was wrong to the point of> > is > > different. > I am sure I understand your intention, but I think you are > misleading people somewhat at the same time. You make it > sound like there is no solution. Fact is, there isn't, uselessness. It may even have been dangerous inasmuch as it simply never applies anywhere and could distract from real issues like loading up IRAs (where internal rate of return is entirely tax free and taxes only apply to the distribution - and even then, only to the distribution as much as it's taxable - which varies from zero to, in the case of a total income of $40,000, zero for most of the way and then a low marginal rate at the end. - quote - > You seem to like to disparage any person's solution to most
Actually, as a formula, it's quite precise. Precision> financial problems, because it can't be precise. Solutions isn't the problem here. suitability and accuracy are. If folks want to use it as a rule of thumb (and I recommend against doing so for this particular example - there are other rules of thumb which are quite useful), they need to know just how bad a rule of thumb it is - what assumptions are made and what issues have been swept under the rug. Don't make or take any of this personally. It's not. -- 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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#25
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| <BreadWithSpam[at]fractious.net> wrote - quote - > It's a hideous problem, really, and everyone's situation
I am sure I understand your intention, but I think you are> is > different. misleading people somewhat at the same time. You make it sound like there is no solution. Fact is, there isn't, because no one can predict the future. Does that mean we don't try to model what a person's best bet will be for allocation, drawdown rates, etc.? Sure we do. We just make clear it's only a best bet, and it's only as good as the assumptions on which it's based. That's true of any problem's solution. You seem to like to disparage any person's solution to most financial problems, because it can't be precise. Solutions can still be right, or optimal, even though they're imprecise. |
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#24
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| <BreadWithSpam[at]fractious.net> wrote - quote - > "Elle" <honda.lioness[at]nospam.earthlink.net> writes:
(1) It's very high with Monte Carlo simulations using past,> > <kasnem[at]yahoo.com> wrote > > > Almost every article/book about investment claims that > > > retiring with 1 > > > million can only last you about 25 years if you > > > withdraw > > > 4-5% per year. > > > But none of them explains the details. > > > I thought most sources say that a drawdown rate of about > > 4% > > will ensure the principal lasts forever, assuming stocks > > grow per historical data. > Assuming they grow at that rate with no volatility. > Add volatility and you start looking at running monte > carlo > simulations which will tell you the *likelihood* that that > at that drawdown rate you will last that long. It's not > 100%. historical performance as input; and (2) it's not 100% with any model, given the assumptions. |
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#23
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| John, I am getting incredible advices here. I will definitely purchase the disability insurance through my company before I retire. The medical expense is the X factor in retirement planning that can wipe us out. Indeed the children might need financial assistence more before they retire. I should adjust my planning a bit based on this recognition. Co-owning properties with our children is an good idea to think about too. I'll also try a few different tax schemes to fit my goal. Thanks! |
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#22
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| BreadWithS: This newsgroup is incredible. It's nice to share this planet with many intelligent and generous people. Most newsgroups on the internet do not have the same spirit of sharing and helping, consequently can not sustain the optimism that once filled the internet. I think this newsgroup shows the power of internet the best. - quote - > It's a complex topic that does not lend itself well to > soundbites or even rules of thumb. But folks need things > like rules of thumb, so we need to, every once in a while, > take a look at those rules of thumb and examine their > shortcomings. That's one of the things this newsgroup is for. |
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#21
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| BreadWithS: Thanks for the additional information! It is good to be reminded about difference between general solution and specific solution. A first order equation is normally a general solution to a problem. It provides a framework so that the relationship between major factors can be understood. It does not provide a perfect fit, but it provides a model that can guide us in the right direction. Like approximating a random curve with polynomial equation, we can never find an equation that can fully describe the curve, but we can normally find a equation and have 80-90% of fitness. And in most applications, this high degree of correlation is good enough, especially with a pair of careful eyes checking any discrepencies along the way. If we need a detailed analysis after we get a overview of the problem-solution through a generic equation, we can run a commercial or home-made program to plug in specific data. This is a second order solution that is more particular and useful, but not many people are able to get. Many financial planner probably provide this level of analysis too. On the internet I anticipate advice on a more general lelve. A general equation like speednxs' and some reminders like yours can help a novice like me tremendously. Thanks! |
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#20
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| "speednxs" <speednxsticket[at]earthlink.net> writes: - quote - > Principle * Self Sustaining Investment Rate * (1 - Tax Rate) =
The assumptions there are also hairy. It's not necessarily> (Principle * Inflation Rate) + Living Expenses the case that the full investment return is taxed. If the investment is in an IRA, or much of the gains are unrealized capital gains, or if there's a mix, it's much much more complicated. Also, that tax rate is not applied uniformly to income, either. We have graduated tax rates, exemptions, phaseouts, etc. It's a hideous problem, really, and everyone's situation is different. -- 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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#19
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| kasnem[at]yahoo.com writes: - quote - > "Many advisers use influential research by financial planner Bill
While an interesting example, that algorithm can screw you> Bengen to recommend starting at a 3% to 4% withdrawal rate, with > subsequent amounts adjusted for inflation. If you take $40,000 from a > $1 million portfolio in the first year, for example, and the inflation > rate is 3.2%, your withdrawal the next year would be $41,280 ($40,000 > increased by 3.2%). up pretty good during years when your portfolio does not grow at inflation+4%. During those years, that algorithm is effectively telling you to dip into principal - which shortens your likely investment lifetime. If you modify it so that this year your drawdown is the lesser of (last year's drawdown + inflation) *or* 4% of the current portfolio value (which may be substantially less than last years drawdown!) you last a lot longer. - quote - > This approach assures that your buying power remains intact over the
Exactly. The modifier assures that in some years, your buying> years. But it may well require dipping into principal in bad market > years. It also means you could run out of money in 30 years or so." power *will* go down. Tighten those belts - better than running out of money completely! - quote - > In a book I recently purchased, there was a table comparing what
Probably left out volatility, too. That's a huge factor.> happened if we have nest egg of 1 million. Again, only total initial > amount, withdraw rate, how many years it will last. No mentioning of > the critical details of investment return rate, tax, etc. - quote - > A lot of information, but never complete or precise.
It's a complex topic that does not lend itself well tosoundbites or even rules of thumb. But folks need things like rules of thumb, so we need to, every once in a while, take a look at those rules of thumb and examine their shortcomings. That's one of the things this newsgroup is for. -- 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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#18
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| "Elle" <honda.lioness[at]nospam.earthlink.net> writes: - quote - > <kasnem[at]yahoo.com> wrote
Assuming they grow at that rate with no volatility.> > Almost every article/book about investment claims that > > retiring with 1 > > million can only last you about 25 years if you withdraw > > 4-5% per year. > > But none of them explains the details. > I thought most sources say that a drawdown rate of about 4% > will ensure the principal lasts forever, assuming stocks > grow per historical data. Add volatility and you start looking at running monte carlo simulations which will tell you the *likelihood* that that at that drawdown rate you will last that long. It's not 100%. -- 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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#17
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| If one objective is to leave money for your daughter then some tax planning might change the mix substantially. You also need to consider the relative ages. Leaving her a pot of gold when she is coming into her retirement years might be less helpful then jointly buying a house or something similar. So, get clear on the sustainable level you can draw down your retirements funds. Separately try to figure out what your lifestyle will cost and the possible medical. Understand that if you need long term care the state expects you to deplete your assets before it will pay the bills. Hence you might have nothing left if the assets are in your name when you enter care (BTW - They go back a few years looking for transfers). It could be best to buy something that appreciates with your daughter as a co-owner and then pass the assets to her over time or at the end in a way that is tax efficient. So, the topic is much more complicated in some ways and you are very likely to have nothing to pass on if you run into medical or longer term care issues with $1M in your name. John Corey |
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#16
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| Mark, Anyone went through the Nasdaq crash in 2000 definitely understand the essence of this example. Thanks! - quote - > At the end of year 4, the remaining $125K has grown to $281,250 from which > we're supposed to be able to draw $500K. Whoops. |
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#15
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| speeddnxs, Beautiful equation. I don't understand it yet, but I'll figure it out. Thanks! - quote - > This simple model obviously only uses the stated variables. It doesn't > know about your Social Security Check or your new liver when you are 62 > ![]() > Happy Calculating |
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#14
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| Michael: These additional adjustments can be very useful in all kinds of scenario -- withdraw 4% yearly (to use up the nest egg at the end ) or acquire the self sustaining investment rate calculated with the equation provided in speednxs' article (to sustain the nest egg). Thanks! - quote - > In practice, 4% works well enough, if you're willing to adopt the > discipline of increasing your drawdown by the inflation rate *or* your > portfolio increase rate after your drawdown, whichever is *smaller*. > Which means that if your portfolio goes down this year, you are willing > to live on *less* money next year, even if there's been inflation. |
| Tags |
| millon, years |
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