Recent content by twits

Can anyone describe how the velocities of the particles will change during their movements(with the dragging force in this case) ?

Question: Can we use the known charges, masses of the particles to indicate how far each will go, then just do the problem for 1 particle?

either way is ok. Let's just say it's the opposing force .

Let's just eliminate the medium, will the problem be easier ?

Sum of force on the electron= kQ1*Q2/(r(t))^2 - (v(t))^(1/2) m*v'(t)=kQ1*Q2/(r(t))^2-(v(t))^(1/2) But then how will I connect r(t) and v(t) ? I got stuck here.

Can you give me a picture for illustration ?

Please, anyone? This isn't homework or anything, so if you think you have the answer, just show it ! Thanks.

Thank you.

That's the way I approached the problem, but then I got convoluted with the variables. It's so confusing. Please be more specific !

Anyone ? Please help

I need a comprehensive answer, please help ! I need a comprehensive answer,please help ! I made up this question, but I can not solve it. This bothers me so much. Please try it and explain it to me. Here it is -------------- Conditions: 1 proton, 1 electron, 1 meter away from each...