Jump to content

inuhbad

Senior Members
  • Content Count

    28
  • Joined

  • Last visited

Community Reputation

27 Nice

About inuhbad

  • Rank
    Quark

Profile Information

  • Location
    Minnesota, USA
  • Interests
    Competition Shooting, Metal Refinishing, Designing, Machining, Metalworking
  • College Major/Degree
    University of Minnesota - Bachelor of Environmental Design in Landscape Architecture
  • Favorite Area of Science
    Physics (Kinematics/Mechanics), and Inorganic Chemistry
  1. Aaaaaaaaah! You should've posted that YESTERDAY so I don't look like such an april fool! Sorry, I'm just SERIOUSLY not thinking right. I've got a hardcore case of brainfry from doing calculus all day for some site engineering junk on a couple projects. I'm leaving for a vacation soon, so naturally I've got to finish all my work before I leave. It's 8:15 PM, I'm still @ work, and I've got about 2 days more work to finish by 5 PM tomorrow. I need to go home & drink some distilled potato juice with an olive in it or something! My WIFE would really love me if I could f
  2. It's just a lot easier to simply BUY your nitric acid. Then you've got much more pure HNO3, and at a more consistent concentration. You can usually find a decent deal if you buy it in larger quantities like a 4 gallon HDPE container. Split it up into four 1 gallon dark glass bottles (appropriately marked for hazmat contents), and then you can even separate it out further into 100ml bottles if you need something more convenient to work with in the lab. Then you'll also have more than enough on hand to use for a lifetime of experimentation (for a home chemist). I'm almost prepared to
  3. Thanks for posting this, Hermanntrude! I've got plenty of lead on hand and I'm always trying to find more possible reasonable uses for it! This could be a fun experiment! I might also take a peak into the Calcium Carbide experiment as well! Can you post some stuff on that if you try it??? Sounds like fun!
  4. ...The kinematics in solid-fuel rockets does vary depending upon the different fuels. We're talking about the ideally controlled release of energy that's stored chemically. This has been experimented with quite a bit many years ago. Also, I am just now getting re-associated with a high-powered rocketry group, and may soon be forking over the dough for my federal permits to start making my own rockets again (there once was a time when federal, state, and local laws didn't give a crap about model rocketry - and amateur experimentation was A-Okay). KClO3 isn't really all that great of a
  5. Wearing a sweater while standing near the fuel tank opening (while filling) is not very smart. Saw somewhere else online a video of a woman standing beside her car while filling it, wearing a sweater. The fumes of gasoline can be retained in the sweater fibers. The moment she touched somethign metal/grounded, she had a static electricity discharge, and almost immediately her upper body ignited in flames! Also, don't wear fleece, or the older 'windbreaker' style athletic fabric when you're near an oxygen source as they, too, can spontaneously ignite with just a spark.
  6. WOW! That's a hilarious idea! As for my best moment... Well, today is just beginning. For yesterday, the best moment would have to be walking in through the door, being greeted by my incredible wife with a kiss, and by my puppy whose tail is wagging so excitedly that his whole butt shakes with it, and he jumps up to 'kiss' (lick) me, running in circles around me, and makes a kind of squeaking noise that's so cute. We'll see what happens today.
  7. That pretty much sums it up. Unless it's a self-sustaining reaction in which the energy generated is enough to power the radio wave generator, and also produce a surplus of additional energy that is sufficient to power other things... Then they might have something worthwhile... Al Gore shouldn't talk to us about becoming energy efficient & energy independent when his several inefficient mansions burn more fossil fuels in any given day than my house could consume. Talk is cheap. Show us that you're making a strong effort to do the same. In the meantime, those same democrats wo
  8. Yup, if you've ever had to change out & put in a new car battery in the cold Minnesota Winters, you'd find they're pretty darn heavy. They feel like about as heavy as a 40 pound bag of water softener salt (but they're so darn SMALL it wouldn't seem so heavy at a glance). In the cold winters the electrolyte solution tends to freeze and it reduces the battery's ability to power & start the cars... I was thinking of draining the electrolyte, funneling it into a waste bottle, running a titration to perfectly neutralize the solution, and filter it to remove any metal/lead from the
  9. How much lead is there in a battery. I was under the impression that about 18 to 19 pounds of it was lead & lead dioxide 'wafers' or layers. Even if you could only get maybe 10 to 15 pounds of lead out of one, that'd be about ~70,000 to ~105,000 'Grains' of lead. That'd come to about ~300 to ~450 of my 230 grain lead round nose bullets for my Colt 45. It doesn't seem like too much work - especially if the sulfur will mostly cook off in the 1500 degree crucible. If my math is right, there should be closer to 18 or 19 pounds, which works out to a bit over 500 bullets. So, I could po
  10. Yup, I was afraid of that... I'll have to find a better source for free lead that's more usable... Anybody else have any suggestions for a decent source of lead?
  11. I WANT TO GET THE LEAD OUT! I've been thinking about this for quite a long time now... I think I'm going to do it this summer, but I wanted to run it by the brainy chemists here before I try it... Lead Acid Car Batteries, the older style, non-sealed electrolytic batteries. They basically consist of a polymer body/shell with a number of internal 'chambers' or cells within. Typically 6 cells in series which produce ~2.1 volts each. These cells contain stacks of lead (Pb for the Anode) and lead dioxide (PbO2 for the Cathode) in an alternating form. These 'wafers' of lead and lead
  12. I'd have to say the most dangerous stuff I've used personally is high concentration nitric acid, and a variety of Chlorine-based chemicals at a factory where I used to work in high school.
  13. UC, this subject interests me quite a bit. Do you know of any links or information sources I could read on the composition of these additites which will help the metal adhere and get the potential below hydrogen? Thanks for the info/help!
  14. Certainly interesting... I heard something along the lines of what Visceral stated... These ingredients also react with the HCl in the stomach to further aid in the production of dopamine, etc.
×
×
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.