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Calculus! For beginners, with a ‘no theorems’ approach!
[rquote=444968&tid=65532&author=Darkstar]
If you ever want to go back to learning organic c ... |
10-4-2016 at 13:20
by: blogfast25 |
bond energy
[rquote=444948&tid=65894&author=CrossxD]Im doing my chemistry project And I dont know how mu ... |
10-4-2016 at 11:27
by: blogfast25 |
Chloral from Chloroacetaldehyde
[rquote=444950&tid=65895&author=Daffodile]Alright so yesterday I made some Chloroacetaldehyd ... |
10-4-2016 at 09:43
by: blogfast25 |
2. Eliminating C with two boundary conditions:
If F(x) + C is the integral y:
$$y=\int f(x)dx=F(x)+C$$
Now suppose we want to calculate:
$$\De ... |
10-4-2016 at 07:22
by: blogfast25 |
Black and yellow Magnesium Sulphate impurities
Everything points to contamination incurred during drying in your domestic oven. That latter term tr ... |
10-4-2016 at 05:43
by: blogfast25 |
OpenBabel - Informative Thread
[rquote=444906&tid=65887&author=The Volatile Chemist]Perhaps another thread would be useful ... |
10-4-2016 at 05:29
by: blogfast25 |
Two FREE tools you probably didn't even know you had!
[rquote=444898&tid=64755&author=The Volatile Chemist]I knew about latex because it took fore ... |
9-4-2016 at 18:45
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
[rquote=444878&tid=65532&author=aga]
Perhaps i should just get a Maths Disabled badge and ... |
9-4-2016 at 15:54
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
[rquote=444873&tid=65532&author=aga]Bugger.
If i could do the previous bit, this bit loo ... |
9-4-2016 at 15:32
by: blogfast25 |
The Definite Integral:
Two methods are available, here’s the first one.
[b]1. Determining C with a boundary condition ... |
9-4-2016 at 11:15
by: blogfast25 |
Manganese Mediated Electrochemical Oxidation of Ethanol
[rquote=444807&tid=65340&author=nlegaux]Next I will attempt to hydrolyze it using ammonia an ... |
8-4-2016 at 16:41
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
Trust me, we'll get back to it. It's hard to do simple integrals without it.
But we'll give it a ... |
8-4-2016 at 15:57
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
@aga:
Thanks for these answers.
1, 4 and 5 all have the correct final answer.
BUT. For exam ... |
8-4-2016 at 13:34
by: blogfast25 |
Dissolution of cerium (IV) oxide
[rquote=444728&tid=65869&author=j_sum1]
Yeah, that one has me puzzled too. But I am far ... |
8-4-2016 at 05:29
by: blogfast25 |
Dissolution of cerium (IV) oxide
There were a few more experiments that for some reason I didn't report, like the reduction of Ce[sup ... |
8-4-2016 at 04:57
by: blogfast25 |
Dissolution of cerium (IV) oxide
[url=http://www.sciencemadness.org/talk/viewthread.php?tid=24638#pid288001]My exploits dissolving re ... |
8-4-2016 at 02:29
by: blogfast25 |
Question on pottery-grade Cr2O3.
[rquote=444663&tid=65867&author=j_sum1]I have found product separation with CrO3 / Al thermi ... |
7-4-2016 at 16:17
by: blogfast25 |
Question on pottery-grade Cr2O3.
[rquote=444655&tid=65867&author=DraconicAcid]I've seen a prep that called for reacting it wi ... |
7-4-2016 at 16:07
by: blogfast25 |
Question on pottery-grade Cr2O3.
If your pottery Cr[sub]2[/sub]O[sub]3[/sub] is anything like mine it won't even be affected by fusin ... |
7-4-2016 at 14:20
by: blogfast25 |
What the hell did i make??
[rquote=444495&tid=65848&author=Fegie]
Now, i created a viscous liquid, close to the viscos ... |
7-4-2016 at 10:25
by: blogfast25 |
Nickel oxide
It's quite common for metal oxides to become very resistant to acids on prolonged calcination.
Ni ... |
7-4-2016 at 09:38
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
Do by all means revisit the chain rule in derivation: it's the key to understanding the chain rule/s ... |
6-4-2016 at 15:05
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
[rquote=444524&tid=65532&author=aga][rquote=444520&tid=65532&author=blogfast25]Compu ... |
6-4-2016 at 13:08
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
[rquote=444510&tid=65532&author=aga]Oh dear. I think i should give up .....
... imagining ... |
6-4-2016 at 11:19
by: blogfast25 |
Calculus! For beginners, with a ‘no theorems’ approach!
[rquote=444478&tid=65532&author=aga]
$$y=\int e^{2x-7}dx$$
isn't e the 'teflon number' tha ... |
6-4-2016 at 05:06
by: blogfast25 |
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