Chemistry Sets for Adults?
An Anonymous Coward asks "I've been pursuing a few different lines of study, to refresh myself in basic sciences before I return to school. Right now I am reading up on Chemistry, and thought it would be fun to acquire a chemistry set just to play around with and maybe learn a few things from. Do any science geeks here have any suggestions?" My childhood garage probably still has purple and black stains all over it (lucky I was wearing glasses). 300 in one electronics kits, anyone?
Why do you need a chemistry set to go back to school? If you want to prep for school just get a nice book so you don't have a tough time grunting the equations (and then you'll be able to adequately enjoy the labs).
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Free your mind.
because noone was posting here, noone has a clue.
I hear those rolling methamphetamine labs are getting pretty popular.
So called "childrens" chemistry and electronics sets are perfectly good for adult too.
unzip; strip; touch; finger; mount; fsck; more; yes; unmount; sleep
When i was in Orgo chem the *best* and coolest thing we did was extract limoene (orange oil). But you need reflux glassware for it.. but i'll tell ya the stuff smells great. and the practical upshot is that you can use it and other essental oils as food flavorings
Carolina Biological Supply has a bunch of learning kits, books, and software that would probably help you out. We get most of our lab supplies through them.
Personally, I never learned any practical info in chemistry labs... Come to think of it, high school chemistry is all you're ever going to need unless you're going to be a chem engineer.
if you say so...
I think it's about time we added a "hydroponics" category. Honestly, most nerds will probably applaud it.
I'll form my OWN solar system! With blackjack! And hookers!
unzip;strip;touch;finger;mount;fsck;more;yes;unmou nt;sleep
is the space in "unmou nt" [sic] intentional sabotage?
She saw me reading the Radio Shack 'Getting Started In Electronic's book over and over again and (in between studies for various certifications) and decided to get me a kit.
:)
She gave me bookmarks after chrismas...
Good list of kits: http://www.hobbytron.net/electronickits.html
I have the 300-on-1 which is $70 and is solderless.
Also check out http://www.kitguy.com/ - seems to be a definitive resource...
Cybie! aka Ralph Bonnell
but then i got high err heh
Well, if you wan't to have lots of fun, well kinda, try making some of the chemicals you self or using household goods.
Amonia isn't that hard to make,
Ethanol's quite easy too (just don't get caught!)
Acids are a bit trickier.... but not that hard.
It'll give you lots of practice nad help if WW3 breaks out(or if you need any 'added-extras' for a night out).
Things like the anarchists cook book should help point you in the right direction.
thank God the internet isn't a human right.
chemisty kits play with you.
p.s. irc.webchat.org
#spiderslair
gay community leaders.
ask your local meth lab if you can do some intern work.
Do you even lift?
These aren't the 'roids you're looking for.
Edmund Scientific
http://www.scientificsonline.com
My dad used to take me there when I was a kid, a very trippy place. It got me through all of my science classes with pre-made projects.
If all you want is to be able to mix two liquids and get a precipitate, which is the extent of most chemistry sets that I've seen, then I wouldn't bother getting a chemistry set because you can do that with household chemicals. If you want to do something more interesting, you'll need to get the chemicals on your own as all the interesting stuff is too dangerous or too expensive to put in a kit.
first, you buy a textbook, like the one you had in 11th grade. Then, you place it under your pillow and learn by osmosis.
or
you take a big ol' jar of gasoline, add styrofoam until you get a play-doh like mixture. what you have is napa----------
oops, you were asking for suggestions. I thought you wanted to know what I did.
Hmmm,
Chemistry Set request...
From an Anonymous Coward
Smell of camel dung in the air...
*has to be Bin Laden*
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Sure, just call up the Air Force, they'll even provide chemistry demonstrations at your location for you...
(Alternately, just go to Bagdad, a demonstration will arrive shortly)
It's actually a little bit of biology mixed in with a bit of chemistry; but it's really fun to play with.
:) I could entertain myself for hours with this thing.
It's a home-brew kit for making my own beer
Uh, limonene isn't a good thing to be eating.
It smells fantastic, but it's a pretty potent solvent and can irritate the hell out of your digestive tract.
--
the strongest word is still the word "free"
I never get tired of that one...
Modern chemistry sets are crap; they have been gutted because of fear of lawsuits. So the materials and the experiments are bland and useless unless you're 8 years old.
It's obvious why this guy wants a chemistry set... The same reason we all wanted one:
To blow things up.
There is a solution, though.
A hand full of sodium + a large lake = very nice explosions.
You can learn the importance of keeping alkaline metals away from water, the amount of energy created with the mixing of H2Oand sodium, and why you should never stick sodium in someone's bathing suit.
Can you say, "Win Win."
-----.----.-------
I'll
That thing is full of crap. Don't touch it.
I'd be real careful about buying 'chemistry' kits these days. If the war on drugs does not send the suits to your door, I'm sure the war on terror will.
Brewing - wine and beer are a good start. A fair amount of chemistry (and biology) involved when you think about it. Taking the alcohol content above 15% or so lets you play with even more toys.
Best college experience was making moonshine from captain crunch in the dorms. A bit of enzymes to convert the starch to sugar, let bubble, then we pulled out the still. Nothing like a mass spectrometer to assure you don't go blind....
+++ UGUCAUCGUAUUUCU
The experimenters labs are good for starting out - having a structured set of experiments to build, and yes, you can even go beyond those simple experiments and build simple experiments which are not in the book. For the most fun, however, I like the prototype breadboards. One of those with appropriate power supplies and other test equipment is good for analog, digital or combination circuitry. Add a few experimenters parts kits from Jameco and you are in business.
As for Chemistry kits, I think just buying the labware you need and the various chemicals etc. is a better way to go than a pre-fabricated kit.
The real interesting stuff however would be a molecular biology lab. Slice and splice DNA and build your very own new and interesting critter! Yes, you too can build your own miltary grade anthrax, plague or even smallpox. Add the THC gene to corn! Create that perfect paisley rose! Be the envy of everyone on your block! hmmmm I better quit now. Seriously, it is probably not all that hard to build a DNA synthesizer. Why not convert an ink-jet printer ? DNA = 4 molecules, many printers have 4 ink tanks. How tiny of a drop can you print???
Z
enough is too much
I would recommend a molecular model kit though if you really want something to play with, or if you want to be more geeky, you can get some molecular modeling software.
Here's an idea.... Here in Toronto we have a great store downtown called Active Surplus. You can buy just about anything there. They have a pretty good glassware section where you can get most of the things you need... stopcocks (*snicker), flasks, beakers, pipettes, etc. I would think that most major metro areas have a similar store. Great place to get all the glassware you'd need. I would think another great source of info and leads would be the local highschool. Go in some day and have a chat with the Chem Teacher. I would think they'd have catalogues and suggestions for what you should have to get started!
IN SOVIET RUSSIA, sig changes you!
and thought it would be fun to acquire a chemistry set just to play around with and maybe learn a few things from
If you want an adult-style chemistry set, try one of those home beer brew kits or a home winemaking kit. You get to monkey around with various ingredients and after its all done you reap the rewards. err.. "Reap Responsibly"..
Trolling is a art,
SODIUM !
I havn't seen serious chemistry sets in years, i figured they stopped making them cuzza people like me, same with real lawn darts.
"Sic Semper Tyrannosaurus Rex."
and those thingies you throw that pop are good chem projects, imo.
Man those were great. I remember when I was 10 or 11 I got one for X-Mas and I got the other ones. which pretty much led to my Ham License - n1ckd (like my name Nick D vanity license :-) thank god for my dad and showing me the Amiga, now I run linux and am a CS student.. all of this from TANDY!
Nick D
Home Sweet Home Linux
http://www.carolina.com/
c ategory=21
Caroline Bio Supply... I used to get alot of my lab materials through them. A tad light on chemicals. Online ordering as well.
My former School science supply company up near boston seems to have closed, or else I would provide some better links.
Basic kits can be found here: http://www.universeofscience.com/ and here: http://www.sciplus.com/category.cfm?subsection=2&
Hey, I'm an anonymous coward too. How do I ask Slashdot a question?
Question (related to Slashdot memory post): In the theaters, how many of you remember seeing "To Be Continued" at the end of Back to the Future?
I (and many of my friends and family) remember seeing it because I remember being excited about the sequel while walking out of the theaters. It was in the laserdisc and VHS. But, they took it out in the dvd. Their excuse was, it was never in the theaters which I believe is a lie.
chemistry reads up on YOU!
I had a heathkit experiment kit in which the components were contained in cheesy lego-like bricks with the schematic symbols on top, and which used little spring loaded thingies that you used t connect the circuts.
You simply laid out the schematic for the amplifier or whatever, hooked it up, and you were off.
This was 7th grade, which would make it 1973.
CRJ
The alternative to limited government is unlimited government.
A good burette isn't cheap...
man, was I wrong... hitting back button now :-)
I'd be real careful about buying 'chemistry' kits these days. If the war on drugs does not send the suits to your door, I'm sure the war on terror will.
:-/
I'm not trying to troll, or seem naive here, but is paranoia in the US seriously that high?
Do you honestly think "suits" would turn up at someone's door over such a thing? And if they did, would it be a problem if you had nothing to hide? Could you get compensation for invasion of privacy and/or intimidation?
I'd be interested to hear anecdotal or documented evidence of this happening.
Things here in New Zealand tend to follow the US sooner or later and I'd like to be prepared for this sort of crap if/when they do.
Prisoner #655321
My childhood garage probably still has purple and black stains all over it
Usually those stains are kind of yellowish. What the hell are you?
Why bother.
I would definitely recommend the Anarchist's Cookbook. Full of fun stuff, ie thermite and other stuff I can't remember. Just don't get caught with it, though. If you do, I never posted this (uh, well, you know what I mean :)
For more info on what Anarchy and Anarchism really are, visit Infoshop.
Sure was fun to have my own 10mw-ish AM station, though.
Frankly if I were to do it all over again I'd just go buy a bunch of components, a soldering iron and a few prototyping boards. They still make those prototyping boards, don't they?
--
There is no hatred more pure and true than that expressed by children.
If you are serious about doing synthetic work, I
would see about taking several lab courses at a
local college. They are already set up with
sources for the reagents, safty equipment (ie,
hoods, glove boxes, safe storage for the reagents,
safe disposal of the reagents, plus more
analytical instrumentation so that you will be
able to confirm that what you made is what you
intended to make.
If you really insist on seting up a lab at home,
make sure that you set up a safe lab. Please do
the following:
1) Ensure that you can safely store, handle and dispose of any reagents.
2)Be sure to join an amateur scientist oganization, and find some help, if only to double check that you are doing #1 correctly.
3) consider the legal difficulties
-in the state of texas it is a felony to own
certain common glassware without a permit.
Just to be safe, check your local laws along
with the fire codes.
4) If you can legally own glassware, consider
buying the microscale equipment. It should
be the same price or less for it, however
you'll use smaller volumn of reagent.
Other areas that involve chemistry and makes a good hobby are geology and mineralogy. You can collect samples, characterize them, learn about crystallography, and also analyze the samples chemically.
And if you get seriously involved, you can actually accomplish new science in areas like those, even with fairly modest resources. There are lots of publications dedicated to both the hobbyist and the professionals in those areas; look at them at your local university library to get some ideas.
Doing actual chemistry work such as distillations, recrystallizations, etc., is a severe pain unless you have lots of (very expensive) equipment. Therefore, I recommend getting this book:
4 86 676285
http://www.amazon.com/exec/obidos/tg/detail/-/0
which has a bunch of interesting demos that are fairly easy to perform if you have the right chemicals, although somewhat dangerous. Even if you can't get the chemicals, the demos are still sort of fun to read about.
That kind of stuff was good old fun. But, I wonder if toying around with a chemistry set is enough to get the Patriot-Act FBI dudes knocking on your door. One day all pass time activities will need to be government approved.
haha lolz what a nut meth lab crack illegal blah blah blah
Wonderful, guys. Glad we could all work together to help someone who's trying to teach himself about a difficult subject.
There's a lot of glassware on ebay. I recommend looking through their stuff, jotting down the technical names for the equipment, and then doing google searches to discover what the stuff's about. After a week of that, you should have some idea what kind of gear to purchase to see if you really like messing with chemistry.
By all means, check out the Student Science Service (http://www.tri-esssciences.com) in Burbank, California. They sell a few high-end chemistry sets of their own design (these are not kiddie sets). Ira Katz and his daughter, Kim, are the owners and are easilly accessable via e-mail. They're also one of the largest suppliers of pyrotechnic special effects to the local movie studios. Can't recommend 'em enough. -Kevin
I'm sorry to say this, but chemistry in school (I assume we mean college-level) is a horrific mixture of math and molecular structure as far as I can tell. If _only_ we got to do cool stuff like creating nifty mixtures.
If you want to prepare yourself, go buy the book for the class and start studying your ass off right now.
-Erwos
Just don't blow yourself up is my general advice based on your previous chemistry experience.
I wish you the best of luck - Down here in 'Oz they are illegal.
:-)
All those memories of poisoning bugs and attempts at blowing up things
How do I get in touch with my local Al Qaeda recruiter? I heard that if you fought the Americans, there was a chance you could win a free Caribbean vacation that included meals and accomodations. I bet they have plenty of chemistry sets for adults too.
For all intensive purposes, "whom" is no longer a word. That begs the question, "who cares"?
C2H5OH
Cognac,white wine, red wine, etc...
I work on some cool exothermic experiments with other people once a year.
Keeping proper care of a --bound-- lab logbook is something I'll carry with me always, regardless of my career path. I still hand-number RH pages in ink; TOC in front; notes on left page; --dated-- documentation on the right. My only backslide is the occasional use of pencil. (I no longer wrangle instruments, now sysadmin.)
Good logbook habits avoid the WTF syndrome.
"Remember, any tool can be the right tool." -- Red Green
1. Make nitroglycerin from a recipe written by someone who can't spell the names of the chemicals ("sulferic acid") required.
2. Light fuse.
3. Get away.
4. (Your heirs) profit!
Dahlmann tightly grips the knife, which he may have no idea how to use, and steps out into the plain.
Don't go for a commericial set. There is tons of stuff around the home and tons more that you can make if you are careful. I suggest getting an old(1830-1900) chemistry book. I have one and it has ways of creating almost all of the inorganic chemicals I need. Ordering the more dangerous or organic chemicals is the way to go. I would befreind the local highschool chemistry teacher or the chemistry geeks at your college. They can 'obtain' the chemicals you want most of the time if they feel you are responsible. Be resourceful. Glassware you should probably buy but it is cheap.
Search around on google for household sources of chemicals. You can find quite a few things around the house. If you are resourceful and careful you can extract sodium metal. Pool stores sell chlorine. You can make almost all of the common copper salts in your garage. Stuff of that nature. Goodluck and don't kill yourself.
If you get a chemistry set, expect intrusions from nosy and thuggish bastards in ninja suits, who are operating on the assumption that you are making drugs, of which for some daft reason they disapprove.
I would buy the "my first coke lab" 50-in-1 chemistry set
They're using their grammar skills there.
Chemical weapons are a real and dangerous threat to mankind, and as Americans, we must be responsible and not give terrorists and rogue governments the raw materials they need to make these horrible weapons. Chemistry sets in the current world, are highly irresponsible to be sold. I urge all Americans to understand the changed security era we find ourselves in and not risk millions of lives simply because they want to have some "fun" with science.
George W. Bush
President, United States of America
You may be interested in checking out Carnegie Mellon's The IrYdium Project, which has been developing a Virtual Laboratory, as a free (with a lowercase "f") simulation of acid base chemistry, including thermodynamics, strong/weak acids, redox, indicator chemistry, solubility, etc. It's currently being used by a number of universities and high schools, and is funded by the NSF.
:)
(Of course, in the interest of full disclosure, I should also mention that I'm the author of said software -- having worked on it for the last six years -- so I may be a little biased.
Trolls feed the USERS!
Comment removed based on user account deletion
Warning: prepare to spend at least an hour looking at this site.
he is a fucking fudgepacker. He uses a man-purse instead of a backpack and puts the fucking thing on his desk and hugs it, Rick is the gheyest dude I have ever seen, and I would tell him to eat shit, but I know he would enjoy it to much!!
--
Fuck you, Rick Austenson, nobody likes you!!
More of my chemicals are found on the dance floor.
-------
Support Indy Music. Buy
but ordering a bunch of chemicals makes you look like a terrorist.
You can't judge a book by the way it wears its hair.
If you want to be a scientist, there is only one science, physics. Chemistry, Engineering only imitate simple formulas of physics. But, to really understand atoms, molecules etc, you really need to understand quantum physics (the way it is taught to physicists). Ph. D. level Chemists and maybe Chemical Enginners, study quantum mechanics but it's at the level of undergraduate junior/senior level physics majors. But, there's no doubt about it, there are more jobs for Chemists and Chemical Engineers. But then, there are 100x more Chemists and Chemical Engineers that Physicists. I'm not trying to be a jerk, but it is true that Chemistry or most of Engineering degree require very minimum level of math. I've always felt Chemistry boring for this reason. True science is understanding nature from quantitatively, no vague, but exact; anything qualitative in nature is vague and waste of time.
From a Doctorate level physics graduate student.
Get into developing and printing your own photos. You know, the old analog kind. Even better, study some old antique photo processes like Cyanotype or Platinography. I make my own photo papers using these antique methods, and it is satisfying enough to keep me interested, and I was an Honors Chem major until I switched to art, majoring in photography).
Making your own printing papers and photochems is a ton of fun, and yields tangible results (unlike most things you could do with a chemistry set).
One of the most interesting and rewarding reactions you can study as an amateur is mirror silvering using Tollens' reagent. I had an arc lamp reflector that needed resilvering, and decided to do it myself.
h tm l
After a lot of web research, I found that this website had the best directions (and the best safety warnings!):
http://lerch.no-ip.com/atm/Silver.htm
The only chemicals I had any trouble finding were silver nitrate crystals, which can be purchased from photography supply stores, such as:
http://www.photoformulary.com/
or ebay, and concentrated nitric acid, which can be purchased from lithography supply stores, such as:
http://www.rembrandtgraphicarts.com/13_rga_cat.
The hazmat shipping charge for the nitric acid will exceed the cost of the chemical.
The process is somewhat complex, involves a number of stages, but isn't too difficult to do. It's an interesting reaction to watch, and the result is cool and useful. I created a perfect mirror coating on the inside of a bottle on the second try, and successfully coated my reflector mirror immediately thereafter.
Everything worked for me, except that I found that I had to heat the muriatic acid in order to make the solder dissolve when creating the sensitizing solution.
That's my recommended interesting experiment.
LOL! I'd be interested in hearing about what your thesis work is about, if you've reached that stage.
I admit I have not read all the posts. However, I agree with BadlandZ; don't get one. In college they'll pretty much give you all the info you need to succeed in chemistry class...it's being able to memorize facts, understand the math behind pH and rates of reaction, balance equations, and if you get to organic chemistry, memorize more stuff. Along the way, you *may* learn why the stuff you memorize works.
Seriously, though, I'm a chemical engineer and even *I* don't need very complicated chemistry (and it's stuff you won't learn with a chemistry set).
As a kid I had a chemistry set, and I (like most of the folks here) ignored the instructions and instead perfected my black powder recipe (a special blend of 11 herbs and spices!) They're kind of interesting and may spur children to pursue careers in the sciences based on all the neat color changes, etc., but not very educational in the school context.
I've got one. Mine has extasy, lube, body oil, edible paint, and all kinds of stuff that adults like to play with.
I thought about working through the kitchen cabinet. My only worry is, "What about all that other stuff they put in there?" Bleach isn't just Sodium Hypochlorite (or whatever it's supposed to be- it's been ages), it also has a bunch of other stuff in it. I always worry about the unknown additions reacting with other unknown additions and making something terribly wrong.
You can get all the chemicals you need at hardware stores, etc.
Examples: ammonia (cleaning), potassium nitrate (fertilizer), calcium cloride (road salt), ammonium nitrate (fertilizer), various petroleum distillates (everything), all sorts of metals, various exotic metal oxides (dry paint powders and ceramic glazes), sodium hypoclorite (bleach), hydrofluoric acid (for glass etching), hydrochloric acid, calcium sulfate (gypsum), etc... you can get almost any chemical you need for any purpose from common products, or manufacture it from common products. You just have to know what you're doing.
Repeal the DMCA!
Alfa Aesar sells chemicals en masse. They'll even send you a catalog for free. I'm not sure, but you probably have to have a license to buy anything from them.
You of course will need chemicals and chemistry equipment. I expect that you could call the local high school and find out where to get them -- and the high school teacher could suggest where you might get a nice sampling. I can't help a lot there.
a il/-/0030 32906X/qid=1041495102/sr=1-1/ref=sr_1_1/103-128032 3-3723057?v=glance&s=books
But perhaps I could suggest a book, instead:
Laboratory Experiments for General Chemistry, 4ed
by Hunt, Block, and McKelvy
http://www.amazon.com/exec/obidos/tg/det
This one is extremely useful in that it:
(1) Lists the equipment needed for each (so you can go through, find the experiments that you can do)
(2) Lists tons of safety and first-aid information, with standardized icons for each item
(3) provides lab reports to fill out, which will help you understand the experiments
(4) The experiments are actually rather standard; not all of them require special equipment.
One word of caution: After produced the book, my brother noted that one of the experiments, standard to most College Chemistry Lab courses, is wrong:
Experiment 13, the Burning of a Candle.
My brother claims that the experiment purports to demonstrate the stoichiometry of combustion; in reality, it demonstrates the heat given off by candles, and the ideal gas law PV=NRT. He said that he demonstrated this by attempting the experiment in several different ways, one with 3 candles close together (burning hotter), one with three candles farther apart (burning cooler).
I haven't done that experiment myself in his way. But I thought I should mention that.
Correct Horse Battery Staple: 72 bits of entropy. Enter "Correct H" into google. When it generates the phrase, that's
I've a similar question: When I was a kid, I had a wonderful optics lab. It contained bunches of lenses and prisms, and with it you could build not only a telescope and a microscope but an actual, working single-reflex camera!
I've been hoping to find another copy or two of this, or something like it. Alas, I don't remember the manufacturer, or even the name of the kit, and many google searches haven't come up with anything. The optics kits that I've found have all been much more limited, which is disappointing. Anyone have any idea where I could find this kit?
Just some advice from CmdrTaco's web site. (it's one of his cartoons.)
I'm the Devil the Windows users warned you about.
Here is the best chemisty set out there....
a s/ 2002/fr1219.htm
.
http://www.deadiversion.usdoj.gov/fed_regs/quot
Maybe you can get your hands on some of the estimated:
61 Grams of LSD
10,987,000 Grams of Amphetamines
9,501,000 Grams 2,5-Dimethoxyamphetamine
Or pick your favorites from the list of Schedule I/II's that can be produced next year in the US
SuperGlue
SuperGlue
Another good source of chemicals are some of the fertilizers you can get at a local nursery. If you have a good local nursery you can find things like ammonium nitrate, phosphoric acid, sulfur, etc. Professional growers often need to mix specific fertilizer "recipes" with these ingredients, which happen to have lots of other uses besides growing plants.
No, Thursday's out. How about never - is never good for you?
While physics is a noble calling and gives us an understanding of the reality in which we must exist, it has produced little aside from nuclear grief. However, declaring physics to be the king of sciences over chemists is like saying that scouts are more important than generals in the military. Sure, the scouts may map the terrain ahead, but it's the chemists who really do things with that knowledge.
Just understanding nature is worthless. Exploiting that knowledge, now that's awesome.
You need ammonium hydroxide (amonia cleaner from the store) and iodine crystals (used for swimming pools, and cleaning horses, but also for making meth, so sometimes hard to get). Put the iodine in a coffee filter and pour ammonium all over it for a while. When it dries you get ammonium triiodide. Highly unstable, keep in separate small amounts, don't look at it funny.
Ahh home chemistry is great
--
grep "xercist"
That's why you need to do this with Potassium, which reacts even better. That gives you the real cool explosions.
Yes, of course. As we all know, science isn't about trying to find out about the world. It is about being able to recite formulas.
Chemistry, Engineering only imitate simple formulas of physics.
Sure. As a matter of fact, it turns out even social scientists uses "formulas" to describe the world. What a bunch of loosers they are, who try to copy this from physicists.
But, to really understand atoms, molecules etc, you really need to understand quantum physics (the way it is taught to physicists).
Yes, physicists usually have a much better understanding of the fundamental forces involved in single-body problems. The fact that this becomes largely irrelevant due to the computational difficulties involved in calculating anything useful for chemistry is something we can ignore for now. Actually measuring phenomena that is too hard to calculate is only for lesser beings.
Ph. D. level Chemists and maybe Chemical Enginners, study quantum mechanics but it's at the level of undergraduate junior/senior level physics majors.
Yes, and physics majors study chemistry, but only as chemistry 101. So what's your point?
I'm not trying to be a jerk, but it is true that Chemistry or most of Engineering degree require very minimum level of math.
Actually, that is true. But not because the math isn't there. It's because the math is too fucking complex to be able to do at all. But if you like math, I'm sure a course in physical chemistry would satisfy you.
I've always felt Chemistry boring for this reason.
So do I, but that doesn't make it any less of a science.
True science is understanding nature from quantitatively, no vague, but exact; anything qualitative in nature is vague and waste of time.
True science is about understanding nature. If things are too complex to study quantitatively at the moment, we must do a first approximation to it, and study qualitatively first. Just because something is difficult, doesn't mean you shouldn't do it.
From a Doctorate level physics graduate student.
I seriously doubt that. Most physicists I've met have a sound modesty about the importance of their subject, and a better understanding of science than you.
submissions with the expression "in soviet Russia" reject YOU!
Go to the drug store and get some Saltpeter. You will also need carbon and sulfer.
Use outdoors.
An engineer who ran for Congress. http://herbrobinson.us
Another reason I didn't choose physics is that introductory physics really doesn't have much personality when compared to chemistry. As my first chem prof. said, he had done some of the great classical physics experiments, such as the Milikan experiment to measure the charge of an electron, and they are all horribly boring. While things may get more exciting with, say, thermodynamics or superconductivity, I don't want to bother with the drudgery of those other experiments. The labs in my first mechanics class were bad enough.
Obviously, until someone invents a warp drive, current theoretical physics work doesn't have nearly as many practical applications as chemistry. A "theory of everything", if it is ever developed, will be an unwieldy mathematical description, and we will have as much work applying it to the real world as ever. After all, that is what science really is -- using your theories to predict real world behavior. If you really think that chemistry has nothing to offer in the realm of "real" science, check out Ilya Prigogine,who got both his undergraduate and graduate degrees in chemistry and developed important new theories in non-equilibrium thermodynamics (and tested them using physical chemistry).
As a final reminder that chemistry can be as hard as physics, just consider the case of Isaac Newton: he developed practically all of classical mechanics, but also wrote entire notebooks full of alchemical gibberish that have almost nothing to do withour modern understanding of the subject. Like other posters, I have a hard time believing that you are really a grad student in physics.
My dad (a chemist) had got me this book ages ago. I believe its in its 4th edition now! A great read
Agreed. If you've never seen the Anarchist's Cookbook, it's rather like a long "Overrated" Slashdot post printed on paper with pictures and a handsome black cover. The guy doesn't really understand most of the things he discusses and is on the firmest ground when he sticks with safe topics (guns and knives). It was written during the Vietnam era by a pissed-off draft age guy. Now he's turned to Jesus and says he wishes he hadn't written the book at all. Another mind lost to religion.
The best explosive recipe in the book is one that the author discounts in passing- nitrogen triiodide, or NI3. (Actually, the structure is NI3-NH3, where the NH3 is bound to the NI3 electrostatically by what resemble hydrogen bonds.) According to the Cookbook a fly landing on it will set it off (which is probably true, although I never succeeded in getting a fly to cooperate). It claims it's too useless for any serious consideration when planning your anarchy. It might not be good for that, but it's great for pranks. I've had so much fun with that stuff. The secret to NI3 is DO NOT MAKE TOO MUCH OF IT. That way you can keep your fingers. A gram is way too much. Just take a few iodine crystals and put them under ammonia, and presto, it turns into this black powder. If you keep it under the ammonia, it's actually quite stable. When not under ammonia (even when under pure water) it might go off at any moment. Pick it up from the ammonia with a plastic eyedropper, and deposit the black sludge on some surface. Once dry it rapidly loses its NH3 adduct and becomes extremely sensitive to shock, decomposing explosively producing N2 and I2. Don't get traces of it on your clothes or skin, or you'll be treated to a continuous snap-crackle-pop of microscopic explosions (quite annoying).
Finding references on it is difficult- it's almost like people don't want to do research on it. It's probably unstable because the iodine atoms are huge compared to the nitrogen. Congestion around the central N forces the molecule into a planar shape, with repulsive interactions among the three iodines, so it's unhappy for steric reasons. One thing I did find out was that the stuff turns bright orange if you leave it under the ammonia for a long time (like a month). This is probably because it picks up additional NH3 adducts.
As I've been told, the only pure science is maths. Physics is applied Maths Chemistry is applied Physics Biology is applied Chemistry.
- Calc 1 & 2 (decent book, 3rd ed. is cheap and plentiful)
- Physics 1
- Chem 1 (Chem for scientists & engineers)
That's the college level stuff that I've found most useful. Review Algebra & Trig if you're not too sure about your skills. Good luck.Differentiation & Integration
Newtonian mechanics. Make sure you get a physics book, not an Engineering mechanics book.
Find a syllabus for a Mechanical Engineering major. It should be mostly physical chemistry (thermodynamics, stoichiometry, etc.)
~A'Ëq'i4d)^'$ÊSÈòB
As an amateur silversmith, I might have a suggestion. You may wish to write off to the Rio Grande jewelry company, and get their tools catalogue. You can get nitric acid, boric acid, as well as some other nice solvents in solid form to be reconstituted. And they are CHEAP. There is still the hazmat shipping fee, but being much lighter than liquids, it is correspondingly less.
A post sporting links to shorl.com and tinyurl.com that is being modded up! What is the world coming to?
But then you've been told wrong. Math is not a science. It is a study of entirely human constructs. As it turns out, some of these constructs has proven themselves useful in science, but that doesn't make math itself a science. Neither is logic a science. Nobody does experiments in either math or logic.
As for whether the rest of the argument is true, depends on your own sillyness. Biology is no more applied chemistry than enjoying dinner is applied thermodynamics. While it is true that microbiologists worry a lot about chemistry, there are also other biologists who couldn't care less, and work with entirely other things.
In the same vein, one could argue for the same hierarchy in computer scientists/engineers. At the top, we have the hardware engineers, then microcode developers, people who write device-drivers, etc, system-level programmers, application-level programmers, scripters, and end-users.
In reality, the tasks that end-users perform at a computer needs be no more easy than what hardware-engineers do when constructing one (and in doing that, most hardware engineers are also end-users...). The only difference is that it requires a different kind of knowledge.
While it is true that physics concerns itself more with "fundamental principles" than chemistry, and logic is more "fundamental" than math, this does in no way imply that math is worthless because logic is more "fundamental", or that people should stop studying chemistry, because physics is more "fundamental".
We cannot, and probably never will, be able to easily and automatically derive all important principles of math from logic, all of chemistry from physics, all of biology from chemistry, all of medicine from biology, all of psychology from medicine, all of social science from psychology, and so on. The value of science is not in it's "fundamentalness". It's in its usefulness (either direct usefullness for applied science, or in it's potential for understanding nature better in the long term for pure science).
you can grow coper sulphate crystals with a seed crystal and a solution, they look pretty neat
There are places where the networks are not touching,and there are places where they are-Boeing's Lori Gunter
Some people have posted on blowing things up with various mixtures. A Doctor (Demratologist) I once volunteered for had a large 1000mm whitelight laserscalpel in one of his operating rooms. You could shoot paper on fire or slice it into pieces from across the room. That was cool.
We suffer more in our imagination than in reality. - Seneca
I wonder if the Professional Association of English Majors lets chem majors the join their society as "honorary losers" since that might be the only major less useful than an english one.
I'm not trying to troll, or seem naive here, but is paranoia in the US seriously that high?
Do you honestly think "suits" would turn up at someone's door over such a thing? And if they did, would it be a problem if you had nothing to hide? Could you get compensation for invasion of privacy and/or intimidation?
I'd be interested to hear anecdotal or documented evidence of this happening.
Here in Texas, you have had to get permission from the DPS (state police) to buy laboratory glassware for well over a decade. Small test tubes and beakers are ok, but purchase a three-neck flask gets you automatically registered as a drug lab suspect. Around the Dallas area, the law set up a bunch of undercover "science supply shops" to sell all kinds of stuff to unsuspecting folks just as a fishing expedition to gather demographics profile data to establish a baseline knowledge base of what was out there in the world of folks who like to buy this kind of stuff. I shopped at one of these stores for some chemicals and lab supplies and then got followed around by a pair of guys (obviously undercover cops in an obviously government-owned car) for a month. I confronted one of them at a gas station one day after he made a rude comment to me about the length of my hair, and I told him it was too obvious to tell that he was a cop, and that I made more money than he did at my computer job, my income taxes alone probably payed a fourth of his annual salary, and to leave me the f--k alone that I was just a science geek and no danger to society and that he'd best spend his time chasing down real criminals. I never saw the pair again after that.
U.C. Davis has some nice information on the subject. You get to play with pH meters, refractometers, measure specific gravity, titrate total acidity, figure out how much K2CO3 to counter high acidity, etc.
"dope will get you through times of no money better than money will get you through times of no dope"
The cheapest glassware I have found online is
http://www.quarkglass.com/index.html
and the best chemical source was (not up at the time of this writing) is
http://www.sciencealliance.com
Be prepared to pay extra for the shipping of dangerous chemicals, and in some states (Texas) you may be restricted on what you can buy glassware-wise so check your local laws. It's been a while since I ordered from Science Alliance, so they may be out of business. In any case get a kit with 24/40 joint size so you can do real experiments. Avoid the microscale stuff.
I would envision Ted being all frustrated about how hard it is to get kits these days and resorting to /. to help him out.
At least this poster wasn't ranting on about how technology is ruining the modern world and then inquired about various troll's addresses.
There are some odd things afoot now, in the Villa Straylight.
I bought Wagners Chemistry 1872 and it ROCKS! Having trouble finding the chemical you want? That book will tell you how to mine it smelt it and work it up into a chemical fit to use to blow stuff up. How to make white phosphorus out of bones. How to make sulfuric acid out of sulfur . How to make cement out of rocks. How to make nitric acid out of sulfuric acid and saltpeter. How to make saltpeter out of a compost pile. How to make iodine out of seaweed. How to make metal out of ore. How to make glue out of horses. etc etc etc
Eat at Joe's.
You should look for it as fertilizer ( 50 lb bags ) in Home Depot or you can sometimes find it or NaN03 in smaller ammounts as fertilizer or some stump remover. Also sulfur is cheaper from Agway ( sold as fungicide ) than from drug stores.
Eat at Joe's.
Everything they sell anymore is very lame and weak. All has been "dumbed-down" and is barely consumer-grade toys. To even buy anything from them you have to agree to a "customer bill of rights" contract that read more like purely legal protection for them and has nothing to do with customers' rights. Oh, and they happily grant full disclosure of all customer purchases to law enforcement.
Just don't take out a second mortgage.
Back in the late '70s. There was a warehouse in Oakland where you could by all sorts of surplus chemicals. I had carbouys of Hydrochloric, Sulfuric and Nitric acid. I had Cyanogen Bromide, Bromine, all sorts of reagents. I did a lot of organic chemistry, synthesising various local anesthetics and hetricyclic compounds.
I don't think this is possible nowadays; it's too risky legally. Disposing of hazardous waste properly would be a significant problems, and it's hard to buy chemicals without an appropriate business license. The good chemicals are EXPENSIVE if you have to buy them retaing with no discount. Setting up a lab to do interesting things in a safe, proper manner is EXPENSIVE. Doing interesting chemistry is a messy business. If you read PHIKAL, you'll see a lot of recipies where Shulgin describes things like "The whole mess was dumped into 2 Liters of dilute NaOH, and extracted with 4 x 200 ML of CH2Cl2". That's a mess process that generates a lot of nasty leftovers...
Eat at Joe's.
- Get yerself some lithium chloride. ( I got this from a chemistry set as a youth. ( we used to have a craft and hobby shop with a big rack of glassware and overpriced ( 2 bucks/oz ) chemicals. ) Salt substitute is Potassium chloride and is poisonous. In fact it is one of the three fatal poisons injected into condemned criminals to stop their hearts. ( too much potassium in the blood stops it from beating ) If you have ever tasted salt substitute you know how awful it's aftertaste is. Lithium chloride tastes *exactly* like salt ( sodium chloride ) I tasted it myself a few times. You could use it as a poison by putting it in someone's salt shaker if it's poisonois or use it for salt substitute if it is not. I suspect it is poisonous since nobody uses it for salt substitute and it tastes 1000% better than potasium chloride tho.
- Get yourself some ( and this is what I cannot remember ) it was either sodium iodide or potassium iodide but prolly either would work ) dissolve your Lithium chloride in water to make a pretty strong solution. Then add the potassium/?sodium iodide. Feel the test tube as it very quickly heats up to painful temperatures forcing you to drop it on the floor. Feel the boiling hot liquid blister your leg where it splashes on you.
LiCl + KI should not react chemically since lithium is a stronger reducing agent than potassium so Lithium preferrs the Chlorine to the Iodine. But heat is given off when you mix these together. Alot of heat! Another experiment: Mix Ammonium Nitrate with water. It gets REAL COLD.Eat at Joe's.
I just pictured someone sitting back with a cool glass of limonene. :P
It's one hell of a good degreaser, you know.
--
the strongest word is still the word "free"
sounds kinda kinky if you ask me
I bought my kid a 200-in-one electronic kit from Radio Shack. It is realy nifty and does everything from A to Z in electronics. Radios, Buzzers, FlipFlops, LED Lights, and has a generic breadboard in the middle. For $50 its a great deal. I wish I'd had one in college when taking EE courses.
Inside every complex program is a simple solution trying to get out.
I never ordered chemicals again because when I looked on the paper the UPS guy gave me I saw that the delivery guy had neglected to charge me $143.00 in hazardous material shipping charges. At 13 yrs old I would never have been able to come up with such a sum.
So I had fun blowing stuff up with that order's worth of chemicals. KNO3 + S + Mg mostly in cardboard tubes make big bang. ( use green fuse ).
I was gonna make some nitric acid ( KNO3 + H2SO4 ) and use that to make nitroglycerine but I didn't want hot acid blown by a high explosive shockwave to turn my face, arms and skull into hamburger so I didn't make that.
I did make some nitrocellulose but couldn't seperate it if I let it dissolve. ( I stuck cotton into the H2SO4 till it turned black, then added HN03 till it turned white. By now it was acid goo and not explosive as far as I could tell. I tried letting them soak for shorter times but even then, the dry stuff would not even burn any faster than untreated cotton. Dunno what I'd have to do to make it right..
Eat at Joe's.
Actually, a pound of metallic sodium in a lake results in a fairly violent bang - enough to stun fish - and usually two or three more of decreasing magnitude. It also yields a white "smoke" that removes paint from the buildings it settles on. You need to use dry gloves or at least have very dry hands for the throwing.
As seen on Iraqi TV -- your very own mail-order pipe bomb set. .... And if you act now, we'll throw in the "Fun with Explosives" how-to video. Buy two, and get a free scud missle.
Perhaps with all that is going on in the world today, a "adult" chemistry set would be a sorta bad idea. :-)
SPAM solution made easy: 1 spammer, 5 cords of rope, 5 hourses, and fireworks. Be creative.
and if you read any interviews with him he freely admits he was just a pissed of kid in the sixties with little of no knowlege of what he was writting about. In fact he now is embarressed by his work but because of publishing rights he cannot stop it's publication.
Hollow words will burn and hollow men will burn.
This is a neat site, probably mentioned in other comments but a quick scan does no reveal, so ...
scitoys.com is a nifty site with a lot of hands-on science experiments.
timothy
jrnl: http://tinyurl.com/c2l8yr / foes: http://tinyurl.com/ckjno5
5) Call DEA ahead of time so they don't damage you or your home trying to see what you are doing.
Take some advice. Don't set up a Chem Lab in your home. Go take a college course.
First of all I would reccomend that you not do any home experiments unless:
a.) you are fully aware of the hazards/risks involved and know how to minimize them.
or
b.) the experiments you perform are not hazardous.
Check up on your laboratory safety at The Laboratory Safety Institute or take an Online Safety Course or visit OSHA's site. Final note on safety---> It's always fun until someone gets hurt!!!
I assume that you still want to do chemistry experiments. Choose choice b. There are many experiments that you can do that are not hazardous to humans. e. g. mix Baking Soda an Vinegar to produce carbon dioxide.
Keeping a laboratory book is essential in science laboratory and highly reccommended for amature experementation. This typically includes information such as Introduction/Purpose(what do you expect to occur)...Experimental Method(how you will do the experiment, EXACTLY)....Experimental Results...Disscussion of Experimental Results/Conclusion...Reference information.
Basically as far as the laboratory manual is concerned, your experiments should be repeatable by someone else. An excellent book on the subject is : H. M. Kanare, Writing the Laboratory Notebook, American Chemical Society, Washington, D. C., 1985; ASIN: 0841209065.
You should gain an understanding of some general laboratory techniques. e. g. measuring liquids, determining mass, quantatively transfering liquids, pipeting, using a buret. Technique is very important in Experimental Chemistry. Do not, however, underestimate the importants of theory. Also chemistry and science in general is about gathering and analyzing data. Therefore it is essential that you understand how to visually present you data (e. i. make a data table and graph). A good book on this subject is : Edward R. Tuft's 'The Visual Display of Quantative Information', Graphic Press, Cheshire CT, 1983.As far as studying general chemistry goes; I would recommend you get a handle on fundamental chemical laws, basic naming of chemical compounds, understand the polyatomic ions, stoichiometry (e.g. 2 moles of hydrogen react with one mole of oxygen to produce 1 mole of water), Acid-Base Reactions, Oxidation-Reduction Reactions, gas laws and thermochemistry.
These are the things that you should master in the first course of general inorganic chemistry.
As far as amateur science is concerned the Society for Amature Scientists is excellent.
I think chemistry as an amature science is greatly underrepresented. As far as chemistry sets are concerned they are generally geared toward children and therefore may not be much fun for an adult. If you study chemistry seriously, and are interested, you can develop you own experiments. As far as chemicals and glassware are concened; it's probably better to get them at a yard sale or auction site. This is because they are cheaper. If you don't know exactly what chemical you need it is not recommended that you buy any though. Some chemicals available on ebay are extremely hazardous.
For further information I would recommend the very excellent Jounal of Chemical Education.
Think-Learn-Think-Experiment-Think-Learn have fun and be careful!!!
Mix en together and the chloroform sinks to the bottom ( keep on ice while making or it will evaporate ) You could also use pool chlorinator + water/ice and a can of acetone from the hardware store.
Eat at Joe's.
A simple and interesting activity that would help enforce first year chem theory would be to do some qualitative inorganic analysis. By following a logic tree-like set of tests and noting the results of these reactions one is able to deduce the identity of unknown elements. If i'm not mistaken, Vogel has a qualitative scheme in his ' Quantitative Inorganic Analysis'. The apparatus required is minimal : test tubes, eye dropper bottles and a range of suitable reagents - all of which should be found in a kid's chemistry set.
I have an old pharmacy handbook from 1903. The older books are really interesting. They didn't have all the chemicals in stock in a turn of the century pharmacy so they included instructions as to how to purify some of the more important ones or make them from common plants and material. Looking at the old book you can see which recipe splatter more burning chemicals from the burns and stains on the page. Even had recipes for strange things like verifying the potency of ludium in cough syrup.
First off I'd like to say I'm not by any strech an opponent of national security.
:-)
However I must say that if the purpose of national security is to secure the FREEDOM of it's citizens as a primary. At such a point where the citizens are too afraid of the consequences of exercising that freedom, what the hell good is it?
Feel free if you desire to sit at home behind your locked doors under a blanket if you must, but I can't live like that.
I'm only posting as an AC cuz I'm too lazy to fill out webforms.
This got modded as funny, but it's not a bad idea. When I started brewing, I just wanted to learn to make beer. But it's damn addicting, and as I started getting more and more into it, I started checking out chemistry and biology textbooks to brush up on stuff I hadn't thought about since freshman year in college.
:)
And the experiments are more fun.
As I would always say when taking O. Chem..."Organic chemistry is of the devil!" Damn, I hated that class!
Heroscape, it's like legos combined with anachronistic wargames.
...suspended in air will make a nice little flash too. My mother was heard to wonder how all the burn marks got into the kitchen table cloth - paper bag, put small amount powdered sugar in bag, shake well and immediately toss in fire place. Lucky we didn't burn the house down actually.
------ The only greater hazard to your liberty than n politicians is n+1 politicians.
You have to know what you're doing to do it safely. And I do. Pyrotechnics is fun.
Repeal the DMCA!
of course if you do, I doubt you know how to do it without precoursers, so be ready for the dea yo knock down your doors about 5:30 am some morning......
1) a solid state synthesis lab is probably cheaper and safer in the long haul.
2) It is simpler to find cutting edge research.
~80% of the possible binary compounds have been synthesized
~30% of the possible ternary compounds have been synthesized
3) There is a huge amount that is relativly unknown, hence it is more difficult. Organic chemistry is much more developed since there are good sources for huge number of reagents - coal tar, the oil industry.
All of this aside if you found an efficient peltier cooler, a more efficient fuel cell, faster semiconductors that are able to be processed like silicon, a high temperature superconductor, and so many other wonderful things.
Besides Gold is inorganic.
At 68, it's difficult to remember all the wonders of the very common chemistry sets of childhood. These days you would need a clearance from the CIA and a few other agencies to qualify for one of these great relics which did have some dangerous stuff among those little glass bottles and vials. I learned too much from them and started making runs to the pharmacy for more exotic stuff, elemental iodine being one of the more dramatic goodies. Back then you could buy whatever you wanted in this category, including mercury! As to what now, the first step might be to find one of the instruction books in some museum of toys. That would give you a good list of the kinds of chemicals distributed in the kits and the basic reactions that you learned about by 'playing chemist' with the set. I got caught just in time in a guncotton experiment... Would have worked, too.
Those who would surrender freedom for security soon have neither.
The best way to learn IS to teach, because in preparing for a class you have to do the labs themselves and make/anticipate the mistakes. That's all that was meant, I think.
Where do you get a pound of sodium metal anyways?
Chemical Engineering is mostly the same as Computer programming; both are trying to get very small hardware to do what you want. The scale of a lot of Chem Eng does make the bugs a bit more interesting. My dad (a ChemE) called home one day and said he would be late, and suggested we turn on the local news to see the tower of smoke and flame that resulted from one too many valves being open (no-one was hurt fortunately).
He also was called in as a consultant to a gas-fractionating plant where he asked why it seemed all their equipment is so up-to-date and was told that their experience was that the works destoyed itself about every three years. When working with 10,000 psi gases all it takes is one very small crack to put in a new order with Purchasing. Needless to say, they had many small, fully-automated units in a rural location (and lots of mounds of earth).
But most of his work was maintenance. Just like mine. (Though maintaining a hydrofluoric acid production line, where everything is teflon or wax (HF eats everything else, even people), sounds a lot more fun.) Once when I visited his plant he showed me their new machine that took a loaded rail car, grabbed the bottom, and tipped it over to empty it (the most efficient way). Neat.
Build some models first. It's safer ;).
Even though it's Windows-only, Atomsmith is really cool!
Atomsmith is at www.bitwixt.com
Why not a "virtual" chemistry set? Much safer. Even though it's Windoze-only, Atomsmith is _really_ cool!
www.bitwixt.com