Hello, I am running a SNP panel and I noticed that the vast majority of snps are written as; rs10033464 rs1042522 etc However, I have 2...
If you flip a coin twice, you double your chances of getting a head, right? So since your chances are 50% each time, if you do it two times then your...
Ok guys, thanks for the help but I think I figured a part of the problem. We have a situation were the probability is not mutually exclusive and we...
Hello, me and my colleague are arguing about this one and we can't seem to agree. Suppose that I have 50% chances of getting cancer. Now assume...
Just for the records, the standard entalphy formation information refers to the energy needed to make NH3 from N & H & H & H as opposed to N2 & H2.
You can generate usefull work from a gradient of temperature. However the maximal amount of work you will be able to suck out of the system is just...
If you attend a british/american university, Newton. If you are in mainland europe, Leibniz.
For the forward problem. How would you use boundary conditions for the reverse problem?
actualy: x^2 df(x) \over dx =x f(x)+2f(x)^3
One possible answer is. x \sqrt{1-x^2} df(x) \over dx =f(x)+2f(x)^2
Thanks for the suggestions. It also made me realize the solution is far from unique as every order of differienciation will yeild a different answer.
Hi, I am trying to find a differential equation that gives a known solution. For example, I am trying to figure out what differential equation...
Well... again for the tunnel effect. If your particles are pulsating the proton will attract the electron just as much as it repulse it. Therefore...
Yes, it is absorbed in the radio/microwave spectrum of energies. This is how nuclear magnetic resonance is based off.
Hi, I have read almost all of your proposed theory and I find it very interesting! Do you abandon the quantum mechanical wave function in favor of a...
temur, i think its working, thanks. Also, the integral above - I think an explicit form for the velocity is required.
I think its the contrary. Its the integration of a force that gives an energy. This is what has been giving me problems. I do not know how to...
My question relates to dissipative forces in Lagrangian mechanics. My system includes a damper. I've been trying to figure out - without much success...
Yes with these assumptions i'm pretty confident tumer's suggestion is correct.
Now that I think about it... actually what if - during an aperiodic event - the ball touches the ground for 5 seconds and never comes back... the...
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