Do you mean the Yanomamo? (there's no such group as the "Yamamono")

As someone who has been taught by an anthropologist who has spent considerable time living with the Yanomamo, your characterization is incorrect. The Yanomamo do, in fact, live in one place for extended periods of time (2 years-ish). The reason they move is because their staple food is bananas, which take some time to grow and produce exactly one bunch per tree. Staggered planting helps, but the soil is quickly exhausted. They live in one area until they start to exhaust the resources, and then move on to a new area. One particular thing to note is that they prepare a new area ahead of time by planting bananas there. In fact, they have several areas prepared in various stages of readiness so that when they need to move, they can move to an area that has bananas ready for consumption. They have reasonably sophisticated agricultural techniques, but their environment and the types of crops available force them to relocate, regardless of whether they have a domesticated guard-animal.

Uh... no. Let me also cite wikipedia: On the very page you link it says "Class: Mammalia". On the very first line of Marsupial it says "Marsupials are an infraclass of mammals".

I believe they have said that major bosses will do separate drops for each player. This was a while ago, and I can't seem to find the reference again, so it may have changed or I might be misremembering.

Any one is free to open up their own firefighting company to provide service to these areas that fall outside of the city limits. Where's the competing services? Sounds like it's a case of free market failure to me.

Without more information it's hard to figure out what was going on, but several people have had problems like this because the wiring in their house is not properly grounded. Obviously this isn't the sole cause if you got shocks while running on battery power (you didn't say), but getting shocks while touching a MBP may have nothing at all to do with the MBP.

Health-wise, the shocks probably have a neutral impact but they are symptomatic of the potential for dangerous situations to occur later.

This is a little unusual perhaps, but not so rare. Around where I live we have significant periods of time with temperatures around 0F. Unless you heat your house up significantly in the day or run the heater overnight, you'll wind up with roughly 5C come morning. Especially for the large number of people living in a rural home, where there are fewer heat sources nearby and there is less to block the wind.

Your summation doesn't make sense. We have 1/0.01 = 100 = 10000%, so the total energy is 10000% of what it started as? The very first term in the series should be a clue that something is wrong: 0.99^0 = 1 = 100% already.

Sorry, I just re-read my post and I sounded like a bit of a jerk compared to your completely reasonable post. I had just scrolled through enough posts like "calculus is useless! statistics 4ever!" to be somewhat irritated.

You're quite right that direct computation of derivatives or integrals is rarely done by people nowadays (and it should really be this way in calculus classes as well, but I digress). My poorly phrased point is that the knowledge of what an integral is and how it behaves is of great value when thinking statistically, even if you don't do any integration.

I think many people undervalue the conceptual understanding to their detriment, but I'm going to cut myself off before I start ranting again.

As a mathematician with a statistician wife, I'm surprised by the number of responses like yours. Many people here are asserting that they never use calculus but constantly use statistics. Do they never work with a continuous distribution? No z-tests, f-tests, t-test, chi^2-tests? No exponential, gamma, beta, gaussian, log-normal, logistic distributions?

Or maybe they just don't know that probability theory is based on integration, and every time they compute an expected value, correlation, variance, co-variance, skewness, kurtosis, regression, etc. they are using calculus-based techniques and results. That would go a long way to explaining why my wife is consistently busy consulting with scientists who have worked themselves into a corner with their data. They designed their experiment to produce sub-optimal data and can't do the analyses to extract the meager conclusions their design entails.

Sorry, I don't mean to pick on you in particular, but to say that one uses statistics all the time and never uses calculus is preposterous.

Has the River gotten any better? I used to listen to it all the time as my preferred station, but I eventually got to the point that I couldn't stand listening to the constant advertisements, and for those that don't know: it's a "commercial-free" station!

Despite the fact that the station was supported mainly by donations, they still had interruptions every 10-15 minutes plugging various of their programs, or upcoming concerts, or thanks to sponsoring organizations, etc. I'm done with radio in general because of this. I listened to certain podcasts for a while, but even then I've had to drop some of those due to constant advertisements. Bandana blues is just about the only one with consistently good quality that I still enjoy.

But where do they get the natural gas? This is basically a generator that runs on natural gas, albeit somewhat more efficiently. Small pacific islands would be better served by low-cost solar power.

Interestingly, strong profiling by overly targeting a group, Muslims for example, actually makes searching LESS effective than random selection. People who seem to be Muslim but are not terrorists, like the grand-parent poster, get searched almost every time. Searches become very ineffective because we search the same innocent people over and over and over again.

The optimal method is a form of weak profiling, where a Muslim would be targeted for searches with a probability slightly higher than a non-Muslim. This way searches get spread out among people we haven't already checked. You can read technical details here [PDF].

I think you're just illustrating the GP's point. You had a laptop with 256 MB running Windows Home that was super slow. In order to get more acceptable performance you had to quadruple the RAM. Hence the GP's assertion that Microsoft will miss out on all the smaller devices that don't have huge chunks of RAM.

This is somehow worse than if someone broke a compact florescent lightbulb and wiped mercury on their pants? We still sell CFLs to anyone that wants one, even if they're going to toss them in trash when they're done. And unlike low-level radiation, your body has no protective mechanism from mercury.

At least radioactive contamination tells you that it's there by helpfully announcing its presence. Good luck trying to find the mercury smears random Joe left behind everywhere.

Losing heat by radiation is only slow when there's lots of stuff around you radiating back. According to this humans lose between 50% and 60% of their heat from radiation. When you are floating exposed in space NONE of that heat comes back. It's not instant freezing, but it's not exactly slow either.