Recent content by opeth_35

I think most people think that doesn't worth to give any answer to this easy question· i understand now

th answer is (a*a)/(2*(1+a*a))

The picture in the addition, you see one integral equation and I have moved forward to solve it but when I tried to use patial integrant ( uv-∫v.du) I couldn't go further, Is there anyone to help me solving that equation.Actually, I stuck while putting the boundries (from 0 to ∞ ) because it...

hey, I have a question about the taylor series.I open cosθ function, I forward while making this solution but I can not write as the definition of exponential function. How Can I write this expression as an exponential function. Maybe I can not see something in it.. Do you have any idea...

that has been so clear for me, Thank you for helping me :) my problem was to understand the boundries.. okey.. have a nice days Doc Al:)

because I have to calculate moment of inertia according to the central axis. that's why I have taken that L/2. I have been trying to clarify that problem since morning but I still can not. If you say to me how to solve that. Iwill finish that things. please. by the way.. I have tried to...

i have a problem again about that solution, Could you check this out again?

hey, I want to ask you something about to calculate the moment of inertia for any shape. My problem is that I can not calculate that moment of inertia values for any shape. Such as rectangle or stick and the others. I have tried to calculate for stick and I have found the solution of...

thank you for explaining :)

About the Analytical Physics constraint writing... I have added a photo about my problem. My problem is why did we write while calculating constraint values as d/2. you will see on the picture what I am saying, I cannot see the reason of writing d/2

I ve forgotten to add the file.. sorry:)

hi, I want to ask you something about the equation in the quantum which is called like EVEN and ODD function and we are solving according to this values and when the functions have been even and odd, we re saying that is equal to zero like that.. I am wondering actually, We are saying...

thank you for your reasonable explanation about that, Let me I want to ask you other question about this kind of probability functions.. You were talking about quadrant and you said: First quadrant and for this quadrant while the boundries go from 0 to +infinite. we need to use pi/2 while we...

actually,I d be appreciate that, If you explain you asked question. What did you want to ask me about the line of reasoning?

yes, as you said, I have tried to solve this problem and I wrote in the paper that I've found value... I've checked again and again,I found the same value like in the paper.. ??:(