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Calculus! For beginners, with a ‘no theorems’ approach!
Doh ! After all that i pressed the wrong calculator buttons at the easy step !
How did you get a ... |
27-4-2016 at 10:38
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
25.51 m/s
I was thinking that the total distance travelled would be the Up part (approx 9m) plus ... |
27-4-2016 at 08:09
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
With x=t=0, i get C=-1080
Try as i might, i can't isolate 't' |
27-4-2016 at 03:47
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
A Cheat Sheet - brilliant !
That e jobbie makes things much simpler.
$$x(t)=\int v(t)dt$$
$$x( ... |
26-4-2016 at 22:53
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
i keep trying u = - t/10 and it bites me a lot.
Perhaps u = e ^ -1/10t will like a biscuit. |
26-4-2016 at 12:25
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
Delay due to this little bugger is giving me a hard time :
$$e^-\frac{1}{10}t$$
Not given up, just ... |
26-4-2016 at 10:36
by: aga |
HALF IONIC EQUATION
What reaction, overall are you learning about ?  |
26-4-2016 at 10:33
by: aga |
HALF IONIC EQUATION
What is the overall reaction you are learning about ? |
26-4-2016 at 10:30
by: aga |
Organic synthesis
Details would be nice, perhaps follow-able. |
25-4-2016 at 13:21
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
Well i'll be !
It's really getting annoying how many holes on my knowledge there actually are.
... |
25-4-2016 at 12:13
by: aga |
Noob gets started
Boiling random vegetables is crazy. Yes, i think i did.
Still amazed this thread was not dumped s ... |
25-4-2016 at 11:59
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
Do what ?!?!
How the F is
$$98 - e^{\frac {1}{10} (46.82-t)} = 98-108e^{-0.1t}$$
I'm not a ... |
25-4-2016 at 11:51
by: aga |
Noob gets started
2 Days in, 3 IKEA 'Albert' shelving units later ...
[file]50201[/file] [file]50203[/file]
Oh ... |
25-4-2016 at 11:44
by: aga |
Xenon and how does it work being mostly inert?
Noce to swe the Hippocatic oth bing adered to.
[i]primum nil nocere[/i] |
25-4-2016 at 08:36
by: aga |
Arkoma attempts 95% azeotropic EtOH
[rquote=446626&tid=65937&author=macckone]You can't oven dry CaO. You need extremely high he ... |
24-4-2016 at 22:48
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
With approriate trepidation ...
$$a=v'=\frac {dv}{dt} = 9.8-\frac{v}{10} = \frac {98-v}{10}$$
$$ ... |
24-4-2016 at 02:50
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
30 years !
Oh dear.
Can i at least write a letter to my mum before all the Whipping starts ? |
23-4-2016 at 13:14
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
A direction-changing two-dimensional parabola (time is one ..)
OK.
I'll have to invoke the Bee ... |
23-4-2016 at 12:39
by: aga |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
Yes, my language was vague because i really do not know what i'm talking about.
Apologies.
I m ... |
23-4-2016 at 12:31
by: aga |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
[rquote=446510&tid=62973&author=blogfast25]Based on this particular chapter I'd say it was t ... |
23-4-2016 at 11:56
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
OK. So before i miss another C, here's the Plan :
Assuming that the cannon is on a retractable ar ... |
23-4-2016 at 11:45
by: aga |
Shedworld is Dead. Long live Shedworld !
Just a little over two years and that original fume hood got dismantled today.
Basically it was t ... |
23-4-2016 at 11:20
by: aga |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
So OC is just as hard as Calculus then. OK.
Some bits to clearup if you would be so kind : 'stron ... |
23-4-2016 at 11:08
by: aga |
Quantum Mechanics/Wave Mechanics in Chemistry Beginners Thread
Dear B & D professors,
OC wise, are those two Cl on 1,4 dichlorobenze not rip-offable, e.g. w ... |
22-4-2016 at 11:48
by: aga |
Calculus! For beginners, with a ‘no theorems’ approach!
OK. So will start at 10m/s going Up, reduce to 0 then accelerate Down at 9.81m/s/s from whatever hei ... |
22-4-2016 at 11:35
by: aga |
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